proplems 1.A single solar cell (10 cm x 10 cm) produces a voltage of 0.5 V and a current up to 2.5 A. If the solar insolation is 800 W/m2, the efficiency of the solar cell is? 2.Calculate the amount of power obtained from a solar site containing 500 solar panels, each It consists of 100 solar cells and calculate the conversion efficiency of the product if you know the amount of solar energy Falling onto a single plate equals 1000 watts. 3. Find the number of cells required to generate power equipped for a product equal to 50 kW and area Required for the solar station if you know that one panel contains 50 solar cells and its area is 1 Square meters

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proplems
1.A single solar cell (10 cm x 10 cm) produces a voltage of 0.5 V and a current up to 2.5
A. If the solar insolation is 800 W/m2, the efficiency of the solar cell is?
2.Calculate the amount of power obtained from a solar site containing 500 solar panels,
each It consists of 100 solar cells and calculate the conversion efficiency of the product if
you know the amount of solar energy Falling onto a single plate equals 1000 watts.
3. Find the number of cells required to generate power equipped for a product equal to 50
kW and area Required for the solar station if you know that one panel contains 50 solar
cells and its area is 1 Square meters
Transcribed Image Text:proplems 1.A single solar cell (10 cm x 10 cm) produces a voltage of 0.5 V and a current up to 2.5 A. If the solar insolation is 800 W/m2, the efficiency of the solar cell is? 2.Calculate the amount of power obtained from a solar site containing 500 solar panels, each It consists of 100 solar cells and calculate the conversion efficiency of the product if you know the amount of solar energy Falling onto a single plate equals 1000 watts. 3. Find the number of cells required to generate power equipped for a product equal to 50 kW and area Required for the solar station if you know that one panel contains 50 solar cells and its area is 1 Square meters
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