INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-05 20:55:00','2024-04-05 22:55:00','b5ebddfe-1aab-5d59-84f1-0d51fa66eb7c',1.197,'°C',76.274,'%',1011.85,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-05 20:55:00','2024-04-05 22:55:00',30.0,'Ah','402d685f-4b46-5e83-83a5-9731a33da120','b5ebddfe-1aab-5d59-84f1-0d51fa66eb7c',63.045,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-19.42,'W',4925.417,'Wh',1887.906,'Wh',75148.177,'Wh',47239.118,'Wh',13.8532,'V',2.3033,'V',2.3397,'V',2.3022,'V',2.3184,'V',2.311,'V',2.3098,'V',-0.032034,'V',0.040367,'V',-0.01143,'V',0.011537,'V',0.00141,'V',0.0,'A',1.4019,'A',-1.4019,'A',FALSE,'decharging',1.378,'°C',1.481,'°C',1.381,'°C',1.221,'°C',1.403,'°C',1.238,'°C',1.266,'°C',1.171,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-05 21:00:00','2024-04-05 23:00:00','7246a600-4f24-5aa9-b0cf-209347e4a5ee',1.234,'°C',84.15,'%',1015.095,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-05 21:00:00','2024-04-05 23:00:00',30.0,'Ah','4d0305f6-ccd4-58e2-b411-1791e58b4493','7246a600-4f24-5aa9-b0cf-209347e4a5ee',62.48,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-28.153,'W',4925.417,'Wh',1890.252,'Wh',75148.177,'Wh',47241.464,'Wh',13.8314,'V',2.2975,'V',2.3226,'V',2.3096,'V',2.3134,'V',2.3086,'V',2.3104,'V',-0.030015,'V',0.017913,'V',0.002372,'V',-0.000788,'V',-0.000276,'V',0.0,'A',2.0354,'A',-2.0354,'A',FALSE,'decharging',1.395,'°C',1.324,'°C',1.264,'°C',1.329,'°C',1.322,'°C',1.202,'°C',1.267,'°C',1.106,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-05 21:05:00','2024-04-05 23:05:00','72d3c630-0b90-52e7-8ecc-cf0ad51ac71e',0.989,'°C',81.784,'%',1012.824,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-05 21:05:00','2024-04-05 23:05:00',30.0,'Ah','644a4112-863c-525f-a503-a50fdb448bd7','72d3c630-0b90-52e7-8ecc-cf0ad51ac71e',61.798,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-33.903,'W',4925.417,'Wh',1893.077,'Wh',75148.177,'Wh',47244.289,'Wh',13.805,'V',2.333,'V',2.2925,'V',2.2733,'V',2.2855,'V',2.3155,'V',2.2808,'V',0.043816,'V',0.013625,'V',-0.015935,'V',-0.038156,'V',0.033777,'V',0.0,'A',2.4558,'A',-2.4558,'A',FALSE,'decharging',1.349,'°C',1.432,'°C',1.535,'°C',1.425,'°C',1.436,'°C',1.333,'°C',1.18,'°C',0.941,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-05 21:10:00','2024-04-05 23:10:00','7701b5c9-b67f-51f9-be13-c7d5b12a6325',0.985,'°C',82.834,'%',1014.994,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-05 21:10:00','2024-04-05 23:10:00',30.0,'Ah','fb0cac91-961a-5e25-9feb-757f0daaaaba','7701b5c9-b67f-51f9-be13-c7d5b12a6325',61.057,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-36.752,'W',4925.417,'Wh',1896.14,'Wh',75148.177,'Wh',47247.352,'Wh',13.7765,'V',2.2944,'V',2.2912,'V',2.2951,'V',2.2885,'V',2.2859,'V',2.3062,'V',0.001511,'V',-0.003142,'V',0.011559,'V',0.011432,'V',-0.021414,'V',0.0,'A',2.6678,'A',-2.6678,'A',FALSE,'decharging',1.322,'°C',1.183,'°C',1.32,'°C',1.175,'°C',1.52,'°C',1.18,'°C',1.483,'°C',1.08,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-05 21:15:00','2024-04-05 23:15:00','25cc6ce3-7236-5b21-8bfd-0887815f2f60',1.016,'°C',85.821,'%',1012.345,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-05 21:15:00','2024-04-05 23:15:00',30.0,'Ah','7a6b951b-22b4-506d-af8f-a3bf5c045ee0','25cc6ce3-7236-5b21-8bfd-0887815f2f60',59.818,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-61.189,'W',4925.417,'Wh',1901.239,'Wh',75148.177,'Wh',47252.451,'Wh',13.7287,'V',2.2874,'V',2.2866,'V',2.3088,'V',2.2704,'V',2.2806,'V',2.2987,'V',0.008402,'V',-0.017816,'V',0.04135,'V',-0.004197,'V',-0.029683,'V',0.0,'A',4.457,'A',-4.457,'A',FALSE,'decharging',1.362,'°C',1.285,'°C',1.352,'°C',1.499,'°C',1.384,'°C',1.432,'°C',1.411,'°C',1.016,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-05 21:20:00','2024-04-05 23:20:00','38e70376-1de3-56ae-89fd-2910468b7f2d',1.212,'°C',73.033,'%',1014.485,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-05 21:20:00','2024-04-05 23:20:00',30.0,'Ah','c60f19a2-612f-594b-b2ce-d4b93f8aad8a','38e70376-1de3-56ae-89fd-2910468b7f2d',59.287,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-26.238,'W',4925.417,'Wh',1903.426,'Wh',75148.177,'Wh',47254.638,'Wh',13.7082,'V',2.2823,'V',2.2763,'V',2.2709,'V',2.3054,'V',2.2684,'V',2.2818,'V',0.003755,'V',0.000417,'V',-0.035734,'V',0.036758,'V',-0.012918,'V',0.0,'A',1.9141,'A',-1.9141,'A',FALSE,'decharging',1.373,'°C',1.365,'°C',1.494,'°C',1.341,'°C',1.218,'°C',1.231,'°C',1.372,'°C',0.985,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-05 21:25:00','2024-04-05 23:25:00','0dc1b33c-29ee-5e65-a1df-981cef3f5609',0.799,'°C',73.392,'%',1010.707,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-05 21:25:00','2024-04-05 23:25:00',30.0,'Ah','31d77291-1da3-5595-a78d-5c9e3f3a57de','0dc1b33c-29ee-5e65-a1df-981cef3f5609',59.022,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-13.059,'W',4925.417,'Wh',1904.514,'Wh',75148.177,'Wh',47255.726,'Wh',13.698,'V',2.29,'V',2.276,'V',2.274,'V',2.2979,'V',2.2791,'V',2.2777,'V',0.008833,'V',0.001766,'V',-0.028923,'V',0.015131,'V',-0.006564,'V',0.0,'A',0.9533,'A',-0.9533,'A',FALSE,'decharging',1.237,'°C',1.267,'°C',1.055,'°C',1.157,'°C',1.196,'°C',1.13,'°C',1.063,'°C',1.026,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-05 21:30:00','2024-04-05 23:30:00','fffa0e13-f6fe-5ccf-ad28-dbf4938786a1',0.855,'°C',71.413,'%',1013.421,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-05 21:30:00','2024-04-05 23:30:00',30.0,'Ah','171081e5-a1c1-5b2a-b2c0-6a17ea64b95c','fffa0e13-f6fe-5ccf-ad28-dbf4938786a1',58.005,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-49.999,'W',4925.417,'Wh',1908.681,'Wh',75148.177,'Wh',47259.893,'Wh',13.6588,'V',2.2703,'V',2.2732,'V',2.2707,'V',2.2779,'V',2.2804,'V',2.2832,'V',0.004504,'V',0.004461,'V',-0.011715,'V',-0.00024,'V',0.002546,'V',0.0,'A',3.6605,'A',-3.6605,'A',FALSE,'decharging',1.233,'°C',1.309,'°C',1.227,'°C',1.116,'°C',1.042,'°C',1.33,'°C',1.143,'°C',0.882,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-05 21:35:00','2024-04-05 23:35:00','ea14a3ed-c94e-53dc-acec-a783a0546529',0.866,'°C',87.133,'%',1013.908,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-05 21:35:00','2024-04-05 23:35:00',30.0,'Ah','645b6753-0530-5e16-ac39-c594eb366c16','ea14a3ed-c94e-53dc-acec-a783a0546529',56.753,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-61.332,'W',4925.417,'Wh',1913.792,'Wh',75148.177,'Wh',47265.004,'Wh',13.6105,'V',2.2692,'V',2.2792,'V',2.2671,'V',2.2745,'V',2.2531,'V',2.2635,'V',-0.013794,'V',0.006928,'V',0.002064,'V',0.007684,'V',-0.001004,'V',0.0,'A',4.5063,'A',-4.5063,'A',FALSE,'decharging',1.256,'°C',1.159,'°C',1.245,'°C',1.094,'°C',1.41,'°C',1.106,'°C',1.439,'°C',0.739,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-05 21:40:00','2024-04-05 23:40:00','df6b4571-00da-574d-9937-511725cb9273',0.644,'°C',79.073,'%',1011.426,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-05 21:40:00','2024-04-05 23:40:00',30.0,'Ah','fbfd2879-000a-5e94-8b9f-85f51220a919','df6b4571-00da-574d-9937-511725cb9273',56.03,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-35.368,'W',4925.417,'Wh',1916.739,'Wh',75148.177,'Wh',47267.951,'Wh',13.5826,'V',2.264,'V',2.2631,'V',2.2556,'V',2.2494,'V',2.2762,'V',2.273,'V',-0.00492,'V',0.008439,'V',0.004648,'V',-0.03531,'V',-0.003281,'V',0.0,'A',2.6039,'A',-2.6039,'A',FALSE,'decharging',1.157,'°C',1.032,'°C',1.12,'°C',1.088,'°C',1.011,'°C',1.223,'°C',1.221,'°C',0.878,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-05 21:45:00','2024-04-05 23:45:00','690cf18e-b092-53a4-9f6f-cd7522070167',0.827,'°C',84.182,'%',1011.455,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-05 21:45:00','2024-04-05 23:45:00',30.0,'Ah','6d39fea6-b709-5f65-92c6-c8cfbe3993d2','690cf18e-b092-53a4-9f6f-cd7522070167',55.118,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-44.465,'W',4925.417,'Wh',1920.444,'Wh',75148.177,'Wh',47271.656,'Wh',13.5474,'V',2.2472,'V',2.2474,'V',2.2352,'V',2.2718,'V',2.2482,'V',2.2664,'V',-0.002459,'V',0.010276,'V',-0.03167,'V',0.02922,'V',-0.0161,'V',0.0,'A',3.2822,'A',-3.2822,'A',FALSE,'decharging',1.156,'°C',1.19,'°C',1.026,'°C',0.976,'°C',1.327,'°C',1.229,'°C',1.326,'°C',0.837,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-05 21:50:00','2024-04-05 23:50:00','ea39eca9-a7c6-51bf-b9d3-681072c8145a',0.699,'°C',71.13,'%',1011.954,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-05 21:50:00','2024-04-05 23:50:00',30.0,'Ah','d81f6991-8e36-581a-ae75-0e4f19372e94','ea39eca9-a7c6-51bf-b9d3-681072c8145a',54.63,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-23.779,'W',4925.417,'Wh',1922.426,'Wh',75148.177,'Wh',47273.638,'Wh',13.5286,'V',2.2453,'V',2.2584,'V',2.2586,'V',2.255,'V',2.2719,'V',2.2625,'V',-0.007771,'V',-0.000914,'V',0.00648,'V',-0.009845,'V',0.01149,'V',0.0,'A',1.7577,'A',-1.7577,'A',FALSE,'decharging',1.077,'°C',1.058,'°C',1.22,'°C',1.051,'°C',0.999,'°C',1.205,'°C',1.019,'°C',0.975,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-05 21:55:00','2024-04-05 23:55:00','44347be1-b78b-5775-847f-9cfbba11020d',0.65,'°C',75.783,'%',1014.365,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-05 21:55:00','2024-04-05 23:55:00',30.0,'Ah','81c407c0-b5e5-516a-915f-57f3b9b49700','44347be1-b78b-5775-847f-9cfbba11020d',53.615,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-49.311,'W',4925.417,'Wh',1926.535,'Wh',75148.177,'Wh',47277.747,'Wh',13.4894,'V',2.2565,'V',2.2356,'V',2.2403,'V',2.2409,'V',2.2517,'V',2.242,'V',0.016574,'V',-0.007638,'V',0.002444,'V',-0.009169,'V',0.008186,'V',0.0,'A',3.6555,'A',-3.6555,'A',FALSE,'decharging',1.059,'°C',1.207,'°C',1.206,'°C',0.971,'°C',0.957,'°C',0.865,'°C',1.141,'°C',1.063,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-05 22:00:00','2024-04-06 00:00:00','80ba2df4-bc10-5474-bc92-a81d027f82a4',1.099,'°C',86.02,'%',1011.132,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-05 22:00:00','2024-04-06 00:00:00',30.0,'Ah','8f2599e6-8cc0-57af-8e4b-04d8c23470ce','80ba2df4-bc10-5474-bc92-a81d027f82a4',53.201,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-20.063,'W',4925.417,'Wh',1928.207,'Wh',75148.177,'Wh',47279.419,'Wh',13.4735,'V',2.247,'V',2.2573,'V',2.2646,'V',2.2377,'V',2.2481,'V',2.2414,'V',-0.014563,'V',-0.010469,'V',0.026005,'V',-0.003676,'V',-0.001931,'V',0.0,'A',1.4891,'A',-1.4891,'A',FALSE,'decharging',1.113,'°C',1.17,'°C',1.168,'°C',0.922,'°C',1.182,'°C',1.279,'°C',1.199,'°C',1.019,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-05 22:05:00','2024-04-06 00:05:00','8d5c3276-23ec-5306-bc11-726207059fac',1.116,'°C',71.937,'%',1013.219,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-05 22:05:00','2024-04-06 00:05:00',30.0,'Ah','958918de-2eb4-5587-90b4-501524da2619','8d5c3276-23ec-5306-bc11-726207059fac',52.668,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-25.794,'W',4925.417,'Wh',1930.356,'Wh',75148.177,'Wh',47281.569,'Wh',13.4529,'V',2.2615,'V',2.2389,'V',2.242,'V',2.2214,'V',2.244,'V',2.2451,'V',0.023457,'V',-0.006296,'V',0.017574,'V',-0.025385,'V',-0.008821,'V',0.0,'A',1.9174,'A',-1.9174,'A',FALSE,'decharging',1.168,'°C',1.027,'°C',1.339,'°C',1.17,'°C',1.364,'°C',1.32,'°C',1.213,'°C',1.207,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-05 22:10:00','2024-04-06 00:10:00','fde29b25-0cad-5433-8285-aff9ab577177',1.161,'°C',75.118,'%',1010.057,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-05 22:10:00','2024-04-06 00:10:00',30.0,'Ah','d52f980f-ac84-50e0-b857-c7ef9f76c943','fde29b25-0cad-5433-8285-aff9ab577177',52.33,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-16.374,'W',4925.417,'Wh',1931.721,'Wh',75148.177,'Wh',47282.933,'Wh',13.4399,'V',2.248,'V',2.2445,'V',2.2381,'V',2.2285,'V',2.2354,'V',2.23,'V',-0.000133,'V',0.011191,'V',0.016154,'V',-0.012418,'V',0.010068,'V',0.0,'A',1.2183,'A',-1.2183,'A',FALSE,'decharging',1.201,'°C',1.256,'°C',1.314,'°C',1.195,'°C',1.273,'°C',1.007,'°C',1.248,'°C',1.294,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-05 22:15:00','2024-04-06 00:15:00','cfde62f1-5228-57f9-a922-5790dc7c7b8c',0.917,'°C',88.411,'%',1013.862,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-05 22:15:00','2024-04-06 00:15:00',30.0,'Ah','cee27a36-482e-5909-8d29-49b431edc0d9','cfde62f1-5228-57f9-a922-5790dc7c7b8c',51.678,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-31.476,'W',4925.417,'Wh',1934.344,'Wh',75148.177,'Wh',47285.556,'Wh',13.4147,'V',2.2376,'V',2.2444,'V',2.2468,'V',2.2493,'V',2.235,'V',2.2234,'V',-0.005058,'V',-0.010534,'V',-0.003423,'V',0.014721,'V',0.024145,'V',0.0,'A',2.3464,'A',-2.3464,'A',FALSE,'decharging',1.187,'°C',1.283,'°C',1.038,'°C',1.025,'°C',1.154,'°C',1.054,'°C',1.323,'°C',1.304,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-05 22:20:00','2024-04-06 00:20:00','d2edbd7e-d1dc-52ec-a3b4-4c921e82516b',0.808,'°C',85.918,'%',1013.185,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-05 22:20:00','2024-04-06 00:20:00',30.0,'Ah','fc851a02-fc37-5d08-ae6a-7afb3afd65ed','d2edbd7e-d1dc-52ec-a3b4-4c921e82516b',51.162,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-24.891,'W',4925.417,'Wh',1936.418,'Wh',75148.177,'Wh',47287.63,'Wh',13.3948,'V',2.2283,'V',2.2373,'V',2.2268,'V',2.2471,'V',2.2257,'V',2.2432,'V',-0.010951,'V',0.009697,'V',-0.028171,'V',0.019987,'V',-0.009813,'V',0.0,'A',1.8582,'A',-1.8582,'A',FALSE,'decharging',1.132,'°C',0.952,'°C',1.329,'°C',1.322,'°C',1.204,'°C',1.192,'°C',1.053,'°C',1.437,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-05 22:25:00','2024-04-06 00:25:00','88959475-25f8-5ce6-94db-73b78abd5a0f',1.14,'°C',76.848,'%',1014.647,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-05 22:25:00','2024-04-06 00:25:00',30.0,'Ah','c4461753-1370-5a33-aa2d-dc6faf52834b','88959475-25f8-5ce6-94db-73b78abd5a0f',50.367,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-38.253,'W',4925.417,'Wh',1939.606,'Wh',75148.177,'Wh',47290.818,'Wh',13.3642,'V',2.2274,'V',2.2303,'V',2.2232,'V',2.2201,'V',2.228,'V',2.2451,'V',-0.001233,'V',0.003635,'V',0.005283,'V',0.006678,'V',-0.016396,'V',0.0,'A',2.8624,'A',-2.8624,'A',FALSE,'decharging',1.215,'°C',1.239,'°C',1.152,'°C',1.314,'°C',1.217,'°C',1.343,'°C',1.25,'°C',1.392,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-05 22:30:00','2024-04-06 00:30:00','e1f58512-31d0-5b7b-b479-b00983b9d249',0.823,'°C',76.938,'%',1010.698,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-05 22:30:00','2024-04-06 00:30:00',30.0,'Ah','a8111264-61c9-536c-9247-ade55141e3cf','e1f58512-31d0-5b7b-b479-b00983b9d249',50.165,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-9.7,'W',4925.417,'Wh',1940.414,'Wh',75148.177,'Wh',47291.626,'Wh',13.3564,'V',2.2259,'V',2.2204,'V',2.2181,'V',2.2276,'V',2.2171,'V',2.2099,'V',0.008996,'V',0.011253,'V',-0.007907,'V',0.002517,'V',0.007002,'V',0.0,'A',0.7262,'A',-0.7262,'A',FALSE,'decharging',1.125,'°C',1.262,'°C',1.291,'°C',1.288,'°C',1.239,'°C',1.111,'°C',1.317,'°C',1.395,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-05 22:35:00','2024-04-06 00:35:00','492a8c1c-27f9-5079-b4c0-08fb4dedd514',0.619,'°C',86.431,'%',1010.354,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-05 22:35:00','2024-04-06 00:35:00',30.0,'Ah','e5f5b4ce-79ac-55ad-873b-7eb3393bca78','492a8c1c-27f9-5079-b4c0-08fb4dedd514',49.643,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-25.068,'W',4925.417,'Wh',1942.503,'Wh',75148.177,'Wh',47293.715,'Wh',13.3362,'V',2.2189,'V',2.2178,'V',2.2301,'V',2.2092,'V',2.2211,'V',2.242,'V',0.005831,'V',-0.008117,'V',0.02344,'V',-0.016011,'V',-0.020831,'V',0.0,'A',1.8797,'A',-1.8797,'A',FALSE,'decharging',1.035,'°C',1.062,'°C',1.219,'°C',1.055,'°C',1.148,'°C',1.234,'°C',0.97,'°C',1.393,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-05 22:40:00','2024-04-06 00:40:00','7af00c6c-ece8-5ef1-991e-57bad2efe753',0.768,'°C',86.552,'%',1015.116,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-05 22:40:00','2024-04-06 00:40:00',30.0,'Ah','92828dc7-d2cc-594e-8f37-3900d09495a4','7af00c6c-ece8-5ef1-991e-57bad2efe753',48.864,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-37.336,'W',4925.417,'Wh',1945.615,'Wh',75148.177,'Wh',47296.827,'Wh',13.3062,'V',2.213,'V',2.225,'V',2.1984,'V',2.2229,'V',2.2178,'V',2.2183,'V',-0.013714,'V',0.030177,'V',-0.027094,'V',-0.005168,'V',0.001469,'V',0.0,'A',2.8059,'A',-2.8059,'A',FALSE,'decharging',1.039,'°C',1.0,'°C',0.996,'°C',0.976,'°C',1.007,'°C',1.113,'°C',1.042,'°C',1.241,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-05 22:45:00','2024-04-06 00:45:00','ce1b4d75-0ada-5066-8ea1-9c9e830535bf',0.672,'°C',71.32,'%',1010.178,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-05 22:45:00','2024-04-06 00:45:00',30.0,'Ah','c2ccc0ca-2efb-53ef-af90-e165767daa36','ce1b4d75-0ada-5066-8ea1-9c9e830535bf',47.682,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-56.417,'W',4925.417,'Wh',1950.316,'Wh',75148.177,'Wh',47301.528,'Wh',13.2606,'V',2.2134,'V',2.2295,'V',2.2118,'V',2.2197,'V',2.2267,'V',2.1993,'V',-0.018334,'V',0.019267,'V',-0.00709,'V',-0.013777,'V',0.030018,'V',0.0,'A',4.2545,'A',-4.2545,'A',FALSE,'decharging',1.055,'°C',0.922,'°C',1.135,'°C',0.982,'°C',1.106,'°C',1.152,'°C',1.081,'°C',1.125,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-05 22:50:00','2024-04-06 00:50:00','3194a455-df43-5865-b6e2-b14ba023c418',0.969,'°C',80.013,'%',1010.81,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-05 22:50:00','2024-04-06 00:50:00',30.0,'Ah','4d295263-0a6c-54b7-95ea-aa731423c18a','3194a455-df43-5865-b6e2-b14ba023c418',47.35,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-15.817,'W',4925.417,'Wh',1951.634,'Wh',75148.177,'Wh',47302.846,'Wh',13.2478,'V',2.2054,'V',2.209,'V',2.2024,'V',2.2166,'V',2.2067,'V',2.2192,'V',-0.003741,'V',0.013531,'V',-0.015682,'V',0.004329,'V',-0.02067,'V',0.0,'A',1.194,'A',-1.194,'A',FALSE,'decharging',1.065,'°C',0.915,'°C',0.992,'°C',1.263,'°C',1.206,'°C',1.123,'°C',0.889,'°C',1.325,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-05 22:55:00','2024-04-06 00:55:00','7efcb339-a05d-508f-b90f-d2992d634425',0.529,'°C',81.841,'%',1011.405,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-05 22:55:00','2024-04-06 00:55:00',30.0,'Ah','72bd6c4a-25da-5d5a-993d-3b31a1acb56b','7efcb339-a05d-508f-b90f-d2992d634425',47.004,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-16.488,'W',4925.417,'Wh',1953.008,'Wh',75148.177,'Wh',47304.22,'Wh',13.2344,'V',2.1958,'V',2.2234,'V',2.2079,'V',2.2101,'V',2.1917,'V',2.2,'V',-0.020459,'V',0.003131,'V',-0.005309,'V',0.021849,'V',-0.011092,'V',0.0,'A',1.2458,'A',-1.2458,'A',FALSE,'decharging',0.948,'°C',0.764,'°C',0.827,'°C',1.122,'°C',1.136,'°C',0.945,'°C',0.975,'°C',1.187,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-05 23:00:00','2024-04-06 01:00:00','e8e2ea42-6287-5d34-8f5b-e9c77abdaed9',1.033,'°C',70.623,'%',1015.106,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-05 23:00:00','2024-04-06 01:00:00',30.0,'Ah','fc9f2192-859e-5e83-91a1-819e2b0672bb','e8e2ea42-6287-5d34-8f5b-e9c77abdaed9',45.935,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-50.773,'W',4925.417,'Wh',1957.239,'Wh',75148.177,'Wh',47308.451,'Wh',13.1932,'V',2.1886,'V',2.2051,'V',2.1887,'V',2.2082,'V',2.202,'V',2.2002,'V',-0.011186,'V',0.022402,'V',-0.032243,'V',0.001586,'V',0.009998,'V',0.0,'A',3.8484,'A',-3.8484,'A',FALSE,'decharging',1.081,'°C',0.936,'°C',0.977,'°C',1.223,'°C',1.136,'°C',0.961,'°C',1.204,'°C',1.007,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-05 23:05:00','2024-04-06 01:05:00','6869fd59-637a-53e1-b8a7-bf054cee4683',0.81,'°C',88.352,'%',1012.248,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-05 23:05:00','2024-04-06 01:05:00',30.0,'Ah','85926109-510a-5704-b56a-3825f8f0334d','6869fd59-637a-53e1-b8a7-bf054cee4683',45.568,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-17.437,'W',4925.417,'Wh',1958.692,'Wh',75148.177,'Wh',47309.904,'Wh',13.179,'V',2.2057,'V',2.2003,'V',2.1955,'V',2.185,'V',2.2113,'V',2.2015,'V',0.006682,'V',0.00543,'V',0.009381,'V',-0.019205,'V',0.017486,'V',0.0,'A',1.3231,'A',-1.3231,'A',FALSE,'decharging',1.042,'°C',1.051,'°C',0.885,'°C',1.23,'°C',1.092,'°C',0.899,'°C',1.129,'°C',0.834,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-05 23:10:00','2024-04-06 01:10:00','a33a6ffc-b924-5e81-bf53-318fbac3b06c',0.909,'°C',70.813,'%',1015.31,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-05 23:10:00','2024-04-06 01:10:00',30.0,'Ah','5a746f5b-e6d8-5eea-bb2d-eaf011dffd2d','a33a6ffc-b924-5e81-bf53-318fbac3b06c',44.218,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-63.78,'W',4925.417,'Wh',1964.007,'Wh',75148.177,'Wh',47315.219,'Wh',13.127,'V',2.191,'V',2.1918,'V',2.1601,'V',2.1908,'V',2.1773,'V',2.1856,'V',-0.010685,'V',0.037053,'V',-0.029026,'V',0.019142,'V',0.001376,'V',0.0,'A',4.8587,'A',-4.8587,'A',FALSE,'decharging',1.142,'°C',0.961,'°C',1.229,'°C',1.197,'°C',1.024,'°C',1.232,'°C',1.053,'°C',0.976,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-05 23:15:00','2024-04-06 01:15:00','a749e731-db26-5caf-bc26-1b68638adefc',0.708,'°C',79.331,'%',1010.584,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-05 23:15:00','2024-04-06 01:15:00',30.0,'Ah','ef323ec2-e179-5ebb-9bf8-d066b37dc885','a749e731-db26-5caf-bc26-1b68638adefc',43.77,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-21.143,'W',4925.417,'Wh',1965.769,'Wh',75148.177,'Wh',47316.981,'Wh',13.1097,'V',2.1857,'V',2.1942,'V',2.1998,'V',2.1937,'V',2.1966,'V',2.1983,'V',-0.005869,'V',-0.004599,'V',0.012221,'V',0.000782,'V',0.001876,'V',0.0,'A',1.6128,'A',-1.6128,'A',FALSE,'decharging',1.065,'°C',1.122,'°C',1.14,'°C',1.086,'°C',1.019,'°C',1.202,'°C',1.25,'°C',1.032,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-05 23:20:00','2024-04-06 01:20:00','1ad9bf6d-f5a9-574a-9dfc-fb7cff6ec0a9',0.644,'°C',77.903,'%',1011.971,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-05 23:20:00','2024-04-06 01:20:00',30.0,'Ah','3671dabc-199e-5998-bdde-dbde04868c98','1ad9bf6d-f5a9-574a-9dfc-fb7cff6ec0a9',42.598,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-55.133,'W',4925.417,'Wh',1970.364,'Wh',75148.177,'Wh',47321.576,'Wh',13.0645,'V',2.1744,'V',2.1608,'V',2.1834,'V',2.1571,'V',2.1868,'V',2.1888,'V',0.013211,'V',-0.018609,'V',0.026303,'V',-0.023331,'V',-0.003504,'V',0.0,'A',4.2201,'A',-4.2201,'A',FALSE,'decharging',1.065,'°C',1.162,'°C',0.924,'°C',0.938,'°C',1.027,'°C',1.15,'°C',1.183,'°C',1.001,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-05 23:25:00','2024-04-06 01:25:00','6b587788-eda0-5746-b924-1278dff7e45c',0.558,'°C',72.517,'%',1015.378,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-05 23:25:00','2024-04-06 01:25:00',30.0,'Ah','2734c83a-f312-5e2d-96d2-4b7a982ac187','6b587788-eda0-5746-b924-1278dff7e45c',41.592,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-47.141,'W',4925.417,'Wh',1974.292,'Wh',75148.177,'Wh',47325.504,'Wh',13.0257,'V',2.1551,'V',2.1616,'V',2.1647,'V',2.1684,'V',2.1596,'V',2.1661,'V',-0.006063,'V',-0.006013,'V',0.003097,'V',0.007188,'V',-0.001126,'V',0.0,'A',3.619,'A',-3.619,'A',FALSE,'decharging',1.024,'°C',0.986,'°C',1.02,'°C',1.193,'°C',1.079,'°C',1.076,'°C',1.035,'°C',0.864,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-05 23:30:00','2024-04-06 01:30:00','c9b9eed7-5f8c-58b9-b6bc-51e8f8eae4d7',0.564,'°C',84.462,'%',1014.537,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-05 23:30:00','2024-04-06 01:30:00',30.0,'Ah','d43fd013-a8b2-56d6-91c3-97b986181cb5','c9b9eed7-5f8c-58b9-b6bc-51e8f8eae4d7',40.835,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-35.448,'W',4925.417,'Wh',1977.246,'Wh',75148.177,'Wh',47328.458,'Wh',12.9965,'V',2.1574,'V',2.1508,'V',2.1667,'V',2.1811,'V',2.1672,'V',2.1458,'V',0.002154,'V',-0.02236,'V',-0.018547,'V',0.018028,'V',0.022066,'V',0.0,'A',2.7275,'A',-2.7275,'A',FALSE,'decharging',0.971,'°C',0.938,'°C',0.79,'°C',0.798,'°C',0.838,'°C',1.16,'°C',0.798,'°C',0.811,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-05 23:35:00','2024-04-06 01:35:00','4b1e57ea-ca57-536b-a229-9bfabf90c089',0.799,'°C',73.668,'%',1011.396,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-05 23:35:00','2024-04-06 01:35:00',30.0,'Ah','4cd662ac-8ad0-5d12-8796-6fe7a72637d6','4b1e57ea-ca57-536b-a229-9bfabf90c089',40.268,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-26.454,'W',4925.417,'Wh',1979.451,'Wh',75148.177,'Wh',47330.663,'Wh',12.9746,'V',2.1577,'V',2.1537,'V',2.1717,'V',2.1654,'V',2.1726,'V',2.1633,'V',0.001636,'V',-0.018333,'V',0.012539,'V',0.000198,'V',0.009572,'V',0.0,'A',2.0389,'A',-2.0389,'A',FALSE,'decharging',0.98,'°C',0.836,'°C',0.985,'°C',0.789,'°C',1.145,'°C',1.123,'°C',0.808,'°C',0.663,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-05 23:40:00','2024-04-06 01:40:00','431b9a62-1570-5218-b42b-ef19a8149ccf',0.448,'°C',74.701,'%',1011.53,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-05 23:40:00','2024-04-06 01:40:00',30.0,'Ah','47f293e6-d7c2-5f90-93e1-476a060a9e76','431b9a62-1570-5218-b42b-ef19a8149ccf',39.129,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-53.066,'W',4925.417,'Wh',1983.873,'Wh',75148.177,'Wh',47335.085,'Wh',12.9307,'V',2.1458,'V',2.1572,'V',2.1356,'V',2.1459,'V',2.1475,'V',2.1657,'V',-0.012267,'V',0.023946,'V',-0.011864,'V',0.002614,'V',-0.019288,'V',0.0,'A',4.1039,'A',-4.1039,'A',FALSE,'decharging',0.946,'°C',0.807,'°C',0.852,'°C',1.032,'°C',0.868,'°C',0.868,'°C',1.019,'°C',0.88,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-05 23:45:00','2024-04-06 01:45:00','182ff72b-c079-5ebd-9d90-d6cd07c75458',0.387,'°C',85.84,'%',1010.919,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-05 23:45:00','2024-04-06 01:45:00',30.0,'Ah','05566f06-23d3-5ff1-b5df-4abb4577a1b0','182ff72b-c079-5ebd-9d90-d6cd07c75458',38.109,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-47.321,'W',4925.417,'Wh',1987.816,'Wh',75148.177,'Wh',47339.028,'Wh',12.8913,'V',2.1706,'V',2.1264,'V',2.142,'V',2.1567,'V',2.1447,'V',2.136,'V',0.045575,'V',-0.015654,'V',-0.009875,'V',0.00545,'V',0.011298,'V',0.0,'A',3.6708,'A',-3.6708,'A',FALSE,'decharging',0.891,'°C',1.019,'°C',0.699,'°C',0.91,'°C',0.948,'°C',0.878,'°C',0.719,'°C',0.982,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-05 23:50:00','2024-04-06 01:50:00','7f85f802-6ac2-5d16-bc1e-a9bcd33a11e1',0.896,'°C',71.826,'%',1014.046,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-05 23:50:00','2024-04-06 01:50:00',30.0,'Ah','d1e2d0c9-b79e-5703-9a78-dfab34087669','7f85f802-6ac2-5d16-bc1e-a9bcd33a11e1',37.412,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-32.281,'W',4925.417,'Wh',1990.506,'Wh',75148.177,'Wh',47341.718,'Wh',12.8645,'V',2.1544,'V',2.1444,'V',2.139,'V',2.1403,'V',2.1509,'V',2.1522,'V',0.011916,'V',0.005744,'V',-0.003234,'V',-0.01177,'V',0.006322,'V',0.0,'A',2.5093,'A',-2.5093,'A',FALSE,'decharging',0.964,'°C',0.844,'°C',0.918,'°C',1.095,'°C',1.155,'°C',1.081,'°C',0.936,'°C',0.9,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-05 23:55:00','2024-04-06 01:55:00','877f3e3c-7ecb-50a6-80c3-6cc92fe02655',0.459,'°C',88.827,'%',1014.099,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-05 23:55:00','2024-04-06 01:55:00',30.0,'Ah','f1eb06a1-8c8e-5178-9cd2-150b976ede90','877f3e3c-7ecb-50a6-80c3-6cc92fe02655',36.867,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-25.189,'W',4925.417,'Wh',1992.605,'Wh',75148.177,'Wh',47343.817,'Wh',12.8434,'V',2.1316,'V',2.1364,'V',2.1483,'V',2.1303,'V',2.1292,'V',2.1384,'V',-0.002842,'V',-0.013377,'V',0.017907,'V',-0.000127,'V',-0.005907,'V',0.0,'A',1.9613,'A',-1.9613,'A',FALSE,'decharging',0.876,'°C',1.014,'°C',0.999,'°C',0.749,'°C',0.94,'°C',1.008,'°C',0.95,'°C',0.991,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-06 00:00:00','2024-04-06 02:00:00','3d283a43-2e63-5879-84ac-1787644ab02e',0.847,'°C',79.833,'%',1010.465,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-06 00:00:00','2024-04-06 02:00:00',30.0,'Ah','b7f51510-8ca4-56fd-b762-94c1812426d1','3d283a43-2e63-5879-84ac-1787644ab02e',35.521,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-61.972,'W',4925.417,'Wh',1997.77,'Wh',75148.177,'Wh',47348.982,'Wh',12.7915,'V',2.1334,'V',2.1184,'V',2.1191,'V',2.1275,'V',2.1426,'V',2.1354,'V',0.026717,'V',-0.000906,'V',-0.003371,'V',-0.011021,'V',0.002006,'V',0.0,'A',4.8447,'A',-4.8447,'A',FALSE,'decharging',1.005,'°C',1.149,'°C',1.181,'°C',1.103,'°C',0.967,'°C',1.123,'°C',1.184,'°C',0.858,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-06 00:05:00','2024-04-06 02:05:00','a6c92a0e-e9f7-5241-b96c-c2421ee14c4d',0.485,'°C',74.771,'%',1014.026,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-06 00:05:00','2024-04-06 02:05:00',30.0,'Ah','71914d9f-9148-5969-93cc-7dbe4f78d216','a6c92a0e-e9f7-5241-b96c-c2421ee14c4d',34.712,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-37.162,'W',4925.417,'Wh',2000.866,'Wh',75148.177,'Wh',47352.078,'Wh',12.7603,'V',2.1326,'V',2.1264,'V',2.125,'V',2.1251,'V',2.1225,'V',2.1286,'V',-0.003665,'V',-0.000622,'V',0.003808,'V',-0.012875,'V',-0.007128,'V',0.0,'A',2.9123,'A',-2.9123,'A',FALSE,'decharging',0.94,'°C',0.975,'°C',0.794,'°C',1.112,'°C',0.771,'°C',0.772,'°C',0.95,'°C',0.679,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-06 00:10:00','2024-04-06 02:10:00','2638d8c0-4338-52a3-b293-9e0ffbbcff88',0.525,'°C',77.786,'%',1013.279,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-06 00:10:00','2024-04-06 02:10:00',30.0,'Ah','6b6bce91-2134-58d8-9590-5c65b452d75d','2638d8c0-4338-52a3-b293-9e0ffbbcff88',33.948,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-35.047,'W',4925.417,'Wh',2003.787,'Wh',75148.177,'Wh',47354.999,'Wh',12.7308,'V',2.1225,'V',2.1327,'V',2.133,'V',2.1214,'V',2.1189,'V',2.1124,'V',-0.013674,'V',-0.001797,'V',0.019177,'V',0.010637,'V',0.01196,'V',0.0,'A',2.7529,'A',-2.7529,'A',FALSE,'decharging',0.901,'°C',1.023,'°C',0.984,'°C',0.859,'°C',0.797,'°C',1.016,'°C',1.093,'°C',0.521,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-06 00:15:00','2024-04-06 02:15:00','5b3bc849-bf24-551d-991c-f81b3cb961a4',0.496,'°C',79.778,'%',1010.2,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-06 00:15:00','2024-04-06 02:15:00',30.0,'Ah','156cab0b-1dbd-5e52-bb89-c61990ae6a9b','5b3bc849-bf24-551d-991c-f81b3cb961a4',32.844,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-50.429,'W',4925.417,'Wh',2007.989,'Wh',75148.177,'Wh',47359.201,'Wh',12.6883,'V',2.109,'V',2.1364,'V',2.1143,'V',2.1166,'V',2.1115,'V',2.1106,'V',-0.030151,'V',0.011718,'V',-0.001311,'V',0.001011,'V',-0.003614,'V',0.0,'A',3.9744,'A',-3.9744,'A',FALSE,'decharging',0.899,'°C',0.947,'°C',0.981,'°C',0.881,'°C',0.706,'°C',0.976,'°C',0.991,'°C',0.635,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-06 00:20:00','2024-04-06 02:20:00','7da4bd4d-76d7-5578-b891-7c3f6aa67857',0.327,'°C',86.773,'%',1015.661,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-06 00:20:00','2024-04-06 02:20:00',30.0,'Ah','63627310-0fff-523d-b9ed-59c1158fc207','7da4bd4d-76d7-5578-b891-7c3f6aa67857',31.605,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-56.378,'W',4925.417,'Wh',2012.688,'Wh',75148.177,'Wh',47363.9,'Wh',12.6405,'V',2.1204,'V',2.1083,'V',2.114,'V',2.1119,'V',2.1131,'V',2.1082,'V',0.012289,'V',-0.005996,'V',0.006086,'V',-0.002637,'V',0.00995,'V',0.0,'A',4.4601,'A',-4.4601,'A',FALSE,'decharging',0.863,'°C',0.746,'°C',0.681,'°C',0.908,'°C',0.871,'°C',0.977,'°C',0.758,'°C',0.79,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-06 00:25:00','2024-04-06 02:25:00','7aa94fb6-3197-5a9f-a49b-15bb66f262fa',0.444,'°C',85.652,'%',1011.848,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-06 00:25:00','2024-04-06 02:25:00',30.0,'Ah','2bc4353d-7a18-512b-bf12-aea9666fa14d','7aa94fb6-3197-5a9f-a49b-15bb66f262fa',30.915,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-31.296,'W',4925.417,'Wh',2015.296,'Wh',75148.177,'Wh',47366.508,'Wh',12.6139,'V',2.1217,'V',2.1198,'V',2.106,'V',2.0984,'V',2.1045,'V',2.1034,'V',0.008982,'V',0.017259,'V',0.007403,'V',-0.012764,'V',0.00484,'V',0.0,'A',2.4811,'A',-2.4811,'A',FALSE,'decharging',0.815,'°C',0.657,'°C',0.998,'°C',0.941,'°C',0.669,'°C',0.993,'°C',0.813,'°C',0.837,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-06 00:30:00','2024-04-06 02:30:00','9210177f-df36-5f44-a643-86aa339d89e1',0.651,'°C',79.85,'%',1014.52,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-06 00:30:00','2024-04-06 02:30:00',30.0,'Ah','308d9e04-8721-53d6-97a4-23bf88030b67','9210177f-df36-5f44-a643-86aa339d89e1',29.731,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-53.608,'W',4925.417,'Wh',2019.763,'Wh',75148.177,'Wh',47370.975,'Wh',12.5682,'V',2.0952,'V',2.0913,'V',2.0837,'V',2.1019,'V',2.0884,'V',2.0829,'V',0.00295,'V',0.007544,'V',-0.019402,'V',0.014698,'V',-0.001815,'V',0.0,'A',4.2654,'A',-4.2654,'A',FALSE,'decharging',0.889,'°C',0.945,'°C',0.985,'°C',0.806,'°C',0.711,'°C',0.999,'°C',1.06,'°C',1.027,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-06 00:35:00','2024-04-06 02:35:00','591511a3-b9cc-57e4-9873-479ccdee0eef',0.5,'°C',70.765,'%',1013.384,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-06 00:35:00','2024-04-06 02:35:00',30.0,'Ah','d4f640da-3a6c-56f4-8233-745028199ddd','591511a3-b9cc-57e4-9873-479ccdee0eef',28.99,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-33.42,'W',4925.417,'Wh',2022.548,'Wh',75148.177,'Wh',47373.76,'Wh',12.5396,'V',2.0942,'V',2.0847,'V',2.1043,'V',2.0978,'V',2.0995,'V',2.0876,'V',0.004896,'V',-0.020471,'V',0.011385,'V',-0.001833,'V',0.019209,'V',0.0,'A',2.6652,'A',-2.6652,'A',FALSE,'decharging',0.855,'°C',0.743,'°C',0.915,'°C',0.678,'°C',0.825,'°C',0.766,'°C',0.89,'°C',0.889,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-06 00:40:00','2024-04-06 02:40:00','b65916b5-32b3-5c95-b82c-20b6c7b8af63',0.512,'°C',73.805,'%',1015.599,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-06 00:40:00','2024-04-06 02:40:00',30.0,'Ah','3730066a-2394-56be-9a65-5384a126cc5a','b65916b5-32b3-5c95-b82c-20b6c7b8af63',28.486,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-22.748,'W',4925.417,'Wh',2024.444,'Wh',75148.177,'Wh',47375.656,'Wh',12.5202,'V',2.0742,'V',2.0979,'V',2.0909,'V',2.0784,'V',2.0775,'V',2.0872,'V',-0.03061,'V',0.01179,'V',0.008961,'V',-0.01124,'V',-0.011411,'V',0.0,'A',1.8169,'A',-1.8169,'A',FALSE,'decharging',0.809,'°C',0.876,'°C',0.708,'°C',0.945,'°C',0.757,'°C',0.882,'°C',0.967,'°C',1.042,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-06 00:45:00','2024-04-06 02:45:00','ed30d84a-9d69-5198-8b06-b5e2665db363',0.684,'°C',87.324,'%',1014.358,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-06 00:45:00','2024-04-06 02:45:00',30.0,'Ah','72f53912-bfcb-51f2-b485-61b654fca761','ed30d84a-9d69-5198-8b06-b5e2665db363',27.333,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-51.77,'W',4925.417,'Wh',2028.758,'Wh',75148.177,'Wh',47379.97,'Wh',12.4757,'V',2.0854,'V',2.0677,'V',2.0798,'V',2.0935,'V',2.0915,'V',2.094,'V',0.030397,'V',-0.013695,'V',-0.011308,'V',0.005221,'V',-0.001718,'V',0.0,'A',4.1496,'A',-4.1496,'A',FALSE,'decharging',0.891,'°C',0.859,'°C',0.925,'°C',0.809,'°C',1.063,'°C',0.901,'°C',1.042,'°C',1.216,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-06 00:50:00','2024-04-06 02:50:00','106da074-1063-53e4-b151-94230bf0c5c9',0.389,'°C',72.834,'%',1012.121,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-06 00:50:00','2024-04-06 02:50:00',30.0,'Ah','acea97cf-465c-55a9-8af4-31cc2926df22','106da074-1063-53e4-b151-94230bf0c5c9',26.662,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-30.071,'W',4925.417,'Wh',2031.264,'Wh',75148.177,'Wh',47382.476,'Wh',12.4498,'V',2.0903,'V',2.0572,'V',2.0764,'V',2.0683,'V',2.0724,'V',2.075,'V',0.031058,'V',-0.012692,'V',0.014607,'V',-0.011611,'V',-0.005161,'V',0.0,'A',2.4154,'A',-2.4154,'A',FALSE,'decharging',0.817,'°C',1.004,'°C',0.9,'°C',0.727,'°C',0.917,'°C',0.924,'°C',0.799,'°C',1.146,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-06 00:55:00','2024-04-06 02:55:00','ffb8b7be-5207-5b06-a3b2-f2298b1efb97',0.211,'°C',77.523,'%',1012.469,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-06 00:55:00','2024-04-06 02:55:00',30.0,'Ah','b6901248-9bb3-520e-adb8-dc1cf2b84995','ffb8b7be-5207-5b06-a3b2-f2298b1efb97',25.525,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-50.774,'W',4925.417,'Wh',2035.495,'Wh',75148.177,'Wh',47386.707,'Wh',12.406,'V',2.0641,'V',2.0696,'V',2.0496,'V',2.0558,'V',2.0524,'V',2.0657,'V',-0.005831,'V',0.021915,'V',-0.012926,'V',-0.007689,'V',-0.007042,'V',0.0,'A',4.0927,'A',-4.0927,'A',FALSE,'decharging',0.761,'°C',0.762,'°C',0.792,'°C',0.586,'°C',0.595,'°C',0.656,'°C',0.593,'°C',0.964,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-06 01:00:00','2024-04-06 03:00:00','7b95c310-9757-5cf0-9ee9-2e9618daad68',0.615,'°C',76.674,'%',1013.528,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-06 01:00:00','2024-04-06 03:00:00',30.0,'Ah','caf02bcb-9fac-590a-8fb6-3fe435f6348f','7b95c310-9757-5cf0-9ee9-2e9618daad68',25.136,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-17.356,'W',4925.417,'Wh',2036.941,'Wh',75148.177,'Wh',47388.153,'Wh',12.391,'V',2.0625,'V',2.046,'V',2.0576,'V',2.0572,'V',2.0691,'V',2.0642,'V',0.011158,'V',-0.01209,'V',-0.011256,'V',-0.013913,'V',0.0143,'V',0.0,'A',1.4007,'A',-1.4007,'A',FALSE,'decharging',0.76,'°C',0.879,'°C',0.571,'°C',0.588,'°C',0.914,'°C',0.609,'°C',0.696,'°C',1.112,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-06 01:05:00','2024-04-06 03:05:00','a7b0aff5-4531-5fc5-80ac-995b7247ceeb',0.184,'°C',87.454,'%',1010.279,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-06 01:05:00','2024-04-06 03:05:00',30.0,'Ah','1309c5aa-3961-561c-972f-bdcaa518724b','a7b0aff5-4531-5fc5-80ac-995b7247ceeb',24.127,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-44.883,'W',4925.417,'Wh',2040.681,'Wh',75148.177,'Wh',47391.894,'Wh',12.352,'V',2.0738,'V',2.0467,'V',2.061,'V',2.0619,'V',2.0751,'V',2.0619,'V',0.020721,'V',-0.019933,'V',-0.005557,'V',-0.022754,'V',0.011363,'V',0.0,'A',3.6337,'A',-3.6337,'A',FALSE,'decharging',0.7,'°C',0.826,'°C',0.539,'°C',0.53,'°C',0.592,'°C',0.595,'°C',0.749,'°C',0.933,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simWeather (timestamp_utc,local_time_MEZ_MESZ,uuid,environment_temperature_C,environment_temperature_C_unit,humidity_percent,humidity_percent_unit,pressure_hPa,pressure_hPa_unit,day_phase,day_phase_description,weather_id,weather_main,weather_description,weather_icon,manipulated_data,manipulated_column) VALUES('2024-04-06 01:10:00','2024-04-06 03:10:00','621143a1-f8ea-5c02-be74-4dc554e8e64b',0.436,'°C',88.317,'%',1010.413,'hPa','night','Night',804,'Clouds','overcast','04n',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),environment_temperature_C=VALUES(environment_temperature_C),environment_temperature_C_unit=VALUES(environment_temperature_C_unit),humidity_percent=VALUES(humidity_percent),humidity_percent_unit=VALUES(humidity_percent_unit),pressure_hPa=VALUES(pressure_hPa),pressure_hPa_unit=VALUES(pressure_hPa_unit),day_phase=VALUES(day_phase),day_phase_description=VALUES(day_phase_description),weather_id=VALUES(weather_id),weather_main=VALUES(weather_main),weather_description=VALUES(weather_description),weather_icon=VALUES(weather_icon),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
INSERT INTO simBattery (timestamp_utc,local_time_MEZ_MESZ,battery_capacity_Ah,battery_capacity_Ah_unit,uuid,weather_uuid,state_of_charge_percent,state_of_charge_percent_unit,solar_irradiance_description,solar_irradiance_W_m2,solar_irradiance_W_m2_unit,solar_voltage_V,solar_voltage_V_unit,solar_current_A,solar_current_A_unit,battery_power_W,battery_power_W_unit,cumulative_energy_in_month_Wh,cumulative_energy_in_month_Wh_unit,cumulative_energy_out_month_Wh,cumulative_energy_out_month_Wh_unit,cumulative_energy_in_total_Wh,cumulative_energy_in_total_Wh_unit,cumulative_energy_out_total_Wh,cumulative_energy_out_total_Wh_unit,battery_voltage_V,battery_voltage_V_unit,cell1_voltage_V,cell1_voltage_V_unit,cell2_voltage_V,cell2_voltage_V_unit,cell3_voltage_V,cell3_voltage_V_unit,cell4_voltage_V,cell4_voltage_V_unit,cell5_voltage_V,cell5_voltage_V_unit,cell6_voltage_V,cell6_voltage_V_unit,cell1_2_voltage_difference_V,cell1_2_voltage_difference_V_unit,cell2_3_voltage_difference_V,cell2_3_voltage_difference_V_unit,cell3_4_voltage_difference_V,cell3_4_voltage_difference_V_unit,cell4_5_voltage_difference_V,cell4_5_voltage_difference_V_unit,cell5_6_voltage_difference_V,cell5_6_voltage_difference_V_unit,charge_current_A,charge_current_A_unit,discharge_current_A,discharge_current_A_unit,signed_current_A,signed_current_A_unit,signed_current_A_direction,signed_current_A_description,battery_temperature_C,battery_temperature_C_unit,cell1_temperature_C,cell1_temperature_C_unit,cell2_temperature_C,cell2_temperature_C_unit,cell3_temperature_C,cell3_temperature_C_unit,cell4_temperature_C,cell4_temperature_C_unit,cell5_temperature_C,cell5_temperature_C_unit,cell6_temperature_C,cell6_temperature_C_unit,room_temperature_C,room_temperature_C_unit,manipulated_data,manipulated_column) VALUES('2024-04-06 01:10:00','2024-04-06 03:10:00',30.0,'Ah','b3ef940e-687c-56c5-a37f-d50a70ddaf12','621143a1-f8ea-5c02-be74-4dc554e8e64b',23.158,'%','none',0.0,'W/m²',0.0,'V',0.0,'A',-42.967,'W',4925.417,'Wh',2044.262,'Wh',75148.177,'Wh',47395.474,'Wh',12.3146,'V',2.0601,'V',2.0481,'V',2.0634,'V',2.0537,'V',2.029,'V',2.0481,'V',0.010599,'V',-0.01901,'V',-0.003258,'V',0.023407,'V',-0.01472,'V',0.0,'A',3.4891,'A',-3.4891,'A',FALSE,'decharging',0.724,'°C',0.583,'°C',0.532,'°C',0.609,'°C',0.735,'°C',0.708,'°C',0.528,'°C',1.036,'°C',FALSE,'') ON DUPLICATE KEY UPDATE timestamp_utc=VALUES(timestamp_utc),local_time_MEZ_MESZ=VALUES(local_time_MEZ_MESZ),battery_capacity_Ah=VALUES(battery_capacity_Ah),battery_capacity_Ah_unit=VALUES(battery_capacity_Ah_unit),weather_uuid=VALUES(weather_uuid),state_of_charge_percent=VALUES(state_of_charge_percent),state_of_charge_percent_unit=VALUES(state_of_charge_percent_unit),solar_irradiance_description=VALUES(solar_irradiance_description),solar_irradiance_W_m2=VALUES(solar_irradiance_W_m2),solar_irradiance_W_m2_unit=VALUES(solar_irradiance_W_m2_unit),solar_voltage_V=VALUES(solar_voltage_V),solar_voltage_V_unit=VALUES(solar_voltage_V_unit),solar_current_A=VALUES(solar_current_A),solar_current_A_unit=VALUES(solar_current_A_unit),battery_power_W=VALUES(battery_power_W),battery_power_W_unit=VALUES(battery_power_W_unit),cumulative_energy_in_month_Wh=VALUES(cumulative_energy_in_month_Wh),cumulative_energy_in_month_Wh_unit=VALUES(cumulative_energy_in_month_Wh_unit),cumulative_energy_out_month_Wh=VALUES(cumulative_energy_out_month_Wh),cumulative_energy_out_month_Wh_unit=VALUES(cumulative_energy_out_month_Wh_unit),cumulative_energy_in_total_Wh=VALUES(cumulative_energy_in_total_Wh),cumulative_energy_in_total_Wh_unit=VALUES(cumulative_energy_in_total_Wh_unit),cumulative_energy_out_total_Wh=VALUES(cumulative_energy_out_total_Wh),cumulative_energy_out_total_Wh_unit=VALUES(cumulative_energy_out_total_Wh_unit),battery_voltage_V=VALUES(battery_voltage_V),battery_voltage_V_unit=VALUES(battery_voltage_V_unit),cell1_voltage_V=VALUES(cell1_voltage_V),cell1_voltage_V_unit=VALUES(cell1_voltage_V_unit),cell2_voltage_V=VALUES(cell2_voltage_V),cell2_voltage_V_unit=VALUES(cell2_voltage_V_unit),cell3_voltage_V=VALUES(cell3_voltage_V),cell3_voltage_V_unit=VALUES(cell3_voltage_V_unit),cell4_voltage_V=VALUES(cell4_voltage_V),cell4_voltage_V_unit=VALUES(cell4_voltage_V_unit),cell5_voltage_V=VALUES(cell5_voltage_V),cell5_voltage_V_unit=VALUES(cell5_voltage_V_unit),cell6_voltage_V=VALUES(cell6_voltage_V),cell6_voltage_V_unit=VALUES(cell6_voltage_V_unit),cell1_2_voltage_difference_V=VALUES(cell1_2_voltage_difference_V),cell1_2_voltage_difference_V_unit=VALUES(cell1_2_voltage_difference_V_unit),cell2_3_voltage_difference_V=VALUES(cell2_3_voltage_difference_V),cell2_3_voltage_difference_V_unit=VALUES(cell2_3_voltage_difference_V_unit),cell3_4_voltage_difference_V=VALUES(cell3_4_voltage_difference_V),cell3_4_voltage_difference_V_unit=VALUES(cell3_4_voltage_difference_V_unit),cell4_5_voltage_difference_V=VALUES(cell4_5_voltage_difference_V),cell4_5_voltage_difference_V_unit=VALUES(cell4_5_voltage_difference_V_unit),cell5_6_voltage_difference_V=VALUES(cell5_6_voltage_difference_V),cell5_6_voltage_difference_V_unit=VALUES(cell5_6_voltage_difference_V_unit),charge_current_A=VALUES(charge_current_A),charge_current_A_unit=VALUES(charge_current_A_unit),discharge_current_A=VALUES(discharge_current_A),discharge_current_A_unit=VALUES(discharge_current_A_unit),signed_current_A=VALUES(signed_current_A),signed_current_A_unit=VALUES(signed_current_A_unit),signed_current_A_direction=VALUES(signed_current_A_direction),signed_current_A_description=VALUES(signed_current_A_description),battery_temperature_C=VALUES(battery_temperature_C),battery_temperature_C_unit=VALUES(battery_temperature_C_unit),cell1_temperature_C=VALUES(cell1_temperature_C),cell1_temperature_C_unit=VALUES(cell1_temperature_C_unit),cell2_temperature_C=VALUES(cell2_temperature_C),cell2_temperature_C_unit=VALUES(cell2_temperature_C_unit),cell3_temperature_C=VALUES(cell3_temperature_C),cell3_temperature_C_unit=VALUES(cell3_temperature_C_unit),cell4_temperature_C=VALUES(cell4_temperature_C),cell4_temperature_C_unit=VALUES(cell4_temperature_C_unit),cell5_temperature_C=VALUES(cell5_temperature_C),cell5_temperature_C_unit=VALUES(cell5_temperature_C_unit),cell6_temperature_C=VALUES(cell6_temperature_C),cell6_temperature_C_unit=VALUES(cell6_temperature_C_unit),room_temperature_C=VALUES(room_temperature_C),room_temperature_C_unit=VALUES(room_temperature_C_unit),manipulated_data=VALUES(manipulated_data),manipulated_column=VALUES(manipulated_column);
