3. The GEPV-030-M photovoltaic module consists of 36 cells wired in series, and has performance characteristics...

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3. The GEPV-030-M photovoltaic module consists of 36 cells wired in series, and has performance characteristics as listed below under standard test conditions at 1000 W/m irradiance. The equivalent circuit for each photovoltaic cell has a parallel resistance R, = 10 22, and a reverse saturation current I = 10-9 A. Find the current (A) delivered when the junction voltage of each cell is 0.5 V. b. How many modules are required to provide 100 volts and 900 W at the rated conditions? What arrangement of the modules in series and in parallel is needed to achieve the desired voltage and power? C. 3. The GEPV-030-M photovoltaic module consists of 36 cells wired in series, and has performance characteristics as listed below under standard test conditions at 1000 W/m irradiance. The equivalent circuit for each photovoltaic cell has a parallel resistance R, = 10 22, and a reverse saturation current I = 10-9 A. Find the current (A) delivered when the junction voltage of each cell is 0.5 V. b. How many modules are required to provide 100 volts and 900 W at the rated conditions? What arrangement of the modules in series and in parallel is needed to achieve the desired voltage and power? C.

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Solutions Step 1 To find the current delivered when the junction voltage of each cell is 05 V we can ... View the full answer