A 350W module has a temperature coefficient of Pmax of γ=-0.41%/ºC. It is installed in a location where the maximum day time average temperature is 32 °C. If the module temperature is 39 °C higher than the ambient temperature and the irradiance is 1 kW/m2, calculate the power loss due to temperature derating as compared to standard testing conditions. Answer to three significant figures
A 350W module has a temperature coefficient of Pmax of γ=-0.41%/ºC. It is installed in a location where the maximum day time average temperature is 32 °C. If the module temperature is 39 °C higher than the ambient temperature and the irradiance is 1 kW/m2, calculate the power loss due to temperature derating as compared to standard testing conditions. Answer to three significant figures
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A 350W module has a temperature coefficient of Pmax of γ=-0.41%/ºC. It is installed in a location where the maximum day time average temperature is 32 °C. If the module temperature is 39 °C higher than the ambient temperature and the irradiance is 1 kW/m2, calculate the power loss due to temperature derating as compared to standard testing conditions. Answer to three significant figures
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