The minimum and the maximum recorded temperature recorded at the location are 4 °C and 26 °C, respectively. The average soiling loss s 2.5%. The PV modules are well ventilated. Round your answers to the nearest whole number. gnoring the component inefficiencies and mismatch loss, calculate the following parameters of the system. i) The maximum power generated by the PV array = W ii) The minimum power generated by the PV array = W

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A customer has installed an off-grid system consisting of 12 solar panels, each with rated power, (Pmax) = 305 W at
STC. Characteristics of the solar panel are given below.
• Power output tolerance = 0
Voltage at Pmax = 36.2 V
. Current at Pmax = 8.43 A
.
Open-circuit voltage = 44.7 V
• Short-circuit current = 8.86 A
Temperature coefficient of Pmax=-0.4% / °C
• Temperature coefficient of Voc =-0.31% / °C
Temperature coefficient of Isc =0.05% / °C
.
.
.
The minimum and the maximum recorded temperature recorded at the location are 4 °C and 26 °C, respectively. The average soiling loss
is 2.5%. The PV modules are well ventilated. Round your answers to the nearest whole number.
Ignoring the component inefficiencies and mismatch loss, calculate the following parameters of the system.
(i) The maximum power generated by the PV array =
W
(ii) The minimum power generated by the PV array =
W
W
Transcribed Image Text:A customer has installed an off-grid system consisting of 12 solar panels, each with rated power, (Pmax) = 305 W at STC. Characteristics of the solar panel are given below. • Power output tolerance = 0 Voltage at Pmax = 36.2 V . Current at Pmax = 8.43 A . Open-circuit voltage = 44.7 V • Short-circuit current = 8.86 A Temperature coefficient of Pmax=-0.4% / °C • Temperature coefficient of Voc =-0.31% / °C Temperature coefficient of Isc =0.05% / °C . . . The minimum and the maximum recorded temperature recorded at the location are 4 °C and 26 °C, respectively. The average soiling loss is 2.5%. The PV modules are well ventilated. Round your answers to the nearest whole number. Ignoring the component inefficiencies and mismatch loss, calculate the following parameters of the system. (i) The maximum power generated by the PV array = W (ii) The minimum power generated by the PV array = W W
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