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Consider a 3.8-kW PV array with the following characteristics: Maximum power drops 0.496 per °C NOCT -35 °C and Tamb - 25 °C 3% array loss due to mismatched modules, Dirt loss is 3%, The inverter has an efficiency of 80%. Calculate the DC power Pdc at (PTC) Select one: O a. None of the Answer O b. Pdc - 4177.5 W O c Pdc -3157.5 W O d. Pdc 3987.5 W Oe. Pdc- 3852.5 W

Consider a 3.8-kW PV array with the following characteristics: Maximum power drops 0.496 per °C NOCT -35 °C and Tamb - 25 °C 3% array loss due to mismatched modules, Dirt loss is 3%, The inverter has an efficiency of 80%. Calculate the DC power Pdc at (PTC) Select one: O a. None of the Answer O b. Pdc - 4177.5 W O c Pdc -3157.5 W O d. Pdc 3987.5 W Oe. Pdc- 3852.5 W

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Consider a 3.8-kW PV array with the following characteristics: Maximum power drops 0.496 per °C NOCT - 35 °C and Tamb- 25 °C 3% array loss due to mismatched modules, Dirt loss is 3%, The inverter has an efficiency of 80%. Calculate the DC power Pdc at (PTC) Select one: O a. None of the Answers O b. Pdc 4177.5 W Oc. Pdc -3157.5 W O d. Pdc 3987.5 W Oe. Pdc - 3852.5 W
Transcribed Image Text:Consider a 3.8-kW PV array with the following characteristics: Maximum power drops 0.496 per °C NOCT - 35 °C and Tamb- 25 °C 3% array loss due to mismatched modules, Dirt loss is 3%, The inverter has an efficiency of 80%. Calculate the DC power Pdc at (PTC) Select one: O a. None of the Answers O b. Pdc 4177.5 W Oc. Pdc -3157.5 W O d. Pdc 3987.5 W Oe. Pdc - 3852.5 W
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