3) A solar cell with an area 0.42 cm² has a short-circuit current of 14.97 mA and open circuit voltage of 0.69 V. This cell has a fill factor of 81%. The solar cell is illuminated with light with input power of 1000 W m². Calculate (a) the maximum power and, (b) efficiency of this cell. (c) Draw the I-V curve of the cell and label the Isc and Voc values, and also label the estimation of IMP, VMP based on the fill factor value.
3) A solar cell with an area 0.42 cm² has a short-circuit current of 14.97 mA and open circuit voltage of 0.69 V. This cell has a fill factor of 81%. The solar cell is illuminated with light with input power of 1000 W m². Calculate (a) the maximum power and, (b) efficiency of this cell. (c) Draw the I-V curve of the cell and label the Isc and Voc values, and also label the estimation of IMP, VMP based on the fill factor value.
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Transcribed Image Text:3) A solar cell with an area 0.42 cm² has a short-circuit current of 14.97 mA and open circuit
voltage of 0.69 V. This cell has a fill factor of 81%. The solar cell is illuminated with light with
input power of 1000 W m2. Calculate (a) the maximum power and, (b) efficiency of this cell. (c)
Draw the I-V curve of the cell and label the Isc and Voc values, and also label the estimation of
IMP, VMP based on the fill factor value.
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