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Consider a PV module with the following output parameters at STC mentioned by the manufacturer: Pmax = 320 [W] Voc = 45 [V] Isc = 8 [A] • NOCT = 40 [°C] Pmpp-coeff = = -1 [W. °C-¹] If the PV module is directly mounted on a rooftop, answer the following questions:

Consider a PV module with the following output parameters at STC mentioned by the manufacturer: Pmax = 320 [W] Voc = 45 [V] Isc = 8 [A] • NOCT = 40 [°C] Pmpp-coeff = = -1 [W. °C-¹] If the PV module is directly mounted on a rooftop, answer the following questions:

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Consider a PV module with the following output parameters at STC mentioned by the manufacturer: Pmax 320 [W] • Voc = 45 [V] • Isc = 8 [A] %3D • NOCT = 40 [°C] Pmpp-coeff = -1 (W.°C-] If the PV module is directly mounted on a rooftop, answer the following questions: A) If the ambient temperature rises to 35 [°C] while the irradiance is 1000 [W · m-2], what is the cell temperature, as per the INOCT model? Give the answer in [°C] and with one decimal place. B) What is the output power of the PV module under the given ambient temperature of 35 [°C] and 1000 [W · m-2] irradiance? Give the answer in [W] and with one decimal place.
Transcribed Image Text:Consider a PV module with the following output parameters at STC mentioned by the manufacturer: Pmax 320 [W] • Voc = 45 [V] • Isc = 8 [A] %3D • NOCT = 40 [°C] Pmpp-coeff = -1 (W.°C-] If the PV module is directly mounted on a rooftop, answer the following questions: A) If the ambient temperature rises to 35 [°C] while the irradiance is 1000 [W · m-2], what is the cell temperature, as per the INOCT model? Give the answer in [°C] and with one decimal place. B) What is the output power of the PV module under the given ambient temperature of 35 [°C] and 1000 [W · m-2] irradiance? Give the answer in [W] and with one decimal place.
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