“ PV模块”根据标准测试条件（STC：1000 W /m²辐照）下的光伏面板的测试数据（Voc，Vmp，Isc，Imp），通过一个指数和五个参数来求解光伏模块的简化方程。 ，电池温度为25ºC，光谱AM 1.5g）由制造商提供。

确定模块的参数可以模拟光伏面板在不同条件（辐照度，温度等）下的行为。

·串联电阻（Rs）
·分流电阻（Rsh）
·填充系数（FF）
·I-V曲线，STC
·P-V曲线，STC
·I-V曲线，辐照度，温度
·P-V曲线，辐照度，温度
·比较两个模块

“ PV模块”根据标准测试条件（STC：1000 W /m²辐照）下的光伏面板的测试数据（Voc，Vmp，Isc，Imp），通过一个指数和五个参数来求解光伏模块的简化方程。 ，电池温度为25ºC，光谱AM 1.5g）由制造商提供。

确定模块的参数可以模拟光伏面板在不同条件（辐照度，温度等）下的行为。

·串联电阻（Rs）
·分流电阻（Rsh）
·填充系数（FF）
·I-V曲线，STC
·P-V曲线，STC
·I-V曲线，辐照度，温度
·P-V曲线，辐照度，温度
·比较两个模块

'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

'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

'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

'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

'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