- Latest Version1.71
- Time Since Latest Version1Year23days9Hour
- Total Updated Versions (last 1 year)0
Version Timeline
- -
Version History
- Version: 1.7106/25/2023
- Version: 1.6901/20/2023
- Version: 1.6810/12/2022Update Log
* Minor fixes
ScreenshotsVideoApp Description'PV module' solves the simplified equation of the photovoltaic module with a single exponential and five parameters, from the test data (Voc, Vmp, Isc, Imp) of the photovoltaic panel under standard test conditions (STC: 1000 W/m² of irradiation, 25ºC cell temperature, spectrum AM 1.5g) provided by the manufacturer.
The determination of the parameters of the module allows to simulate the behavior of the photovoltaic panel under different conditions (irradiance, temperature, etc.).
· Series resistance (Rs)
· Shunt resistance (Rsh)
· Fill factor (FF)
· I-V Curve, STC
· P-V Curve, STC
· I-V Curve, Irradiance, Temperature
· P-V Curve, Irradiance, Temperature
· Comparative two modules - Version: 1.6608/07/2022Update Log
* Complete redesign of the app, easier to use and more powerful
ScreenshotsApp Description'PV module' solves the simplified equation of the photovoltaic module with a single exponential and five parameters, from the test data (Voc, Vmp, Isc, Imp) of the photovoltaic panel under standard test conditions (STC: 1000 W/m² of irradiation, 25ºC cell temperature, spectrum AM 1.5g) provided by the manufacturer.
The determination of the parameters of the module allows to simulate the behavior of the photovoltaic panel under different conditions (irradiance, temperature, etc.).
· Series resistance (Rs)
· Shunt resistance (Rsh)
· Fill factor (FF)
· I-V Curve, STC
· P-V Curve, STC
· I-V Curve, Irradiance, Temperature
· P-V Curve, Irradiance, Temperature
· Comparative two modules - Version: 1.6408/04/2022ScreenshotsApp Description
'PV module' solves the simplified equation of the photovoltaic module with a single exponential and five parameters, from the test data (Voc, Vmp, Isc, Imp) of the photovoltaic panel under standard test conditions (STC: 1000 W/m² of irradiation, 25ºC cell temperature, spectrum AM 1.5g) provided by the manufacturer.
The determination of the parameters of the module allows to simulate the behavior of the photovoltaic panel under different conditions (irradiance, temperature, etc.).
· Series resistance (Rs)
· Shunt resistance (Rsh)
· Fill factor (FF)
· I-V Curve, STC
· P-V Curve, STC
· I-V Curve, Irradiance, Temperature
· P-V Curve, Irradiance, Temperature
· Comparative two modules - Version: 2020-04-1004/10/2020Size:4.6MUpdate Log
* Minor fixes
ScreenshotsApp Description'PV module' solves the simplified equation of the photovoltaic module with a single exponential and five parameters, from the test data (Voc, Vmp, Isc, Imp) of the photovoltaic panel under standard test conditions (STC: 1000 W/m² of irradiation, 25ºC cell temperature, spectrum AM 1.5g) provided by the manufacturer.
The determination of the parameters of the module allows to simulate the behavior of the photovoltaic panel under different conditions (irradiance, temperature, etc.).
· Series resistance (Rs)
· Shunt resistance (Rsh)
· Fill factor (FF)
· I-V Curve, STC
· P-V Curve, STC
· I-V Curve, Irradiance, Temperature
· P-V Curve, Irradiance, Temperature
· Comparative two modules - Version: 1.3504/10/2020ScreenshotsApp Description
'PV module' solves the simplified equation of the photovoltaic module with a single exponential and five parameters, from the test data (Voc, Vmp, Isc, Imp) of the photovoltaic panel under standard test conditions (STC: 1000 W/m² of irradiation, 25ºC cell temperature, spectrum AM 1.5g) provided by the manufacturer.
The determination of the parameters of the module allows to simulate the behavior of the photovoltaic panel under different conditions (irradiance, temperature, etc.).
· Series resistance (Rs)
· Shunt resistance (Rsh)
· Fill factor (FF)
· I-V Curve, STC
· P-V Curve, STC
· I-V Curve, Irradiance, Temperature
· P-V Curve, Irradiance, Temperature
· Comparative two modules