If it is a photovoltaic panel with a power generation capacity of 150 watts per square meter, when the solar radiation intensity per square meter is 1300, the production capacity of The energy of the photovoltaic panel is 150 watts. Give it 1000 watts of lighting, and linearly calculate 150/1300=0.1153846154*1000=115, the power generation capacity per hour is 115 watt hours (0.115 kilowatt hours of electricity).
The current maximum efficiency of solar cell laboratories is 30% and the maximum practical efficiency is 22%. Under standard sunlight conditions (1000 watts/square meter), the electrical power of a 1 square meter solar panel is 130-220 watts, and the average photoelectric conversion efficiency is 13%-22%. So, taking the highest 22% as an example, the electrical energy generated per hour is 220/1,000 = 0.22 kilowatt hours of electricity.
The pPower is not only related to materials, but also to air quality and sunlight angle. , etc. Naturally, the weaker the light, the lower the power and the less electrical energy generated per unit of time.