Determine the following for solar PV power system referred to the data given below. (Assume the efficiency of the solar system =15%) No of PV Modules 5 Area of each solar cell is =60 cm2 No of cells in one module = 24 Insolation value =1050 W/m2 Connection scheme all are connected in series. a. Total output voltage and output power of system. b. Total output current of the system. c. Calculate the output power of the system if any one of the module gets damaged.
Determine the following for solar PV power system referred to the data given below. (Assume the efficiency of the solar system =15%) No of PV Modules 5 Area of each solar cell is =60 cm2 No of cells in one module = 24 Insolation value =1050 W/m2 Connection scheme all are connected in series. a. Total output voltage and output power of system. b. Total output current of the system. c. Calculate the output power of the system if any one of the module gets damaged.
Chapter32: Standby Power Systems
Section: Chapter Questions
Problem 5R
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![18. Determine the following for solar PV power system referred to the data given
below. (Assume the efficiency of the solar system =15%)
No of PV Modules = 5
Area of each solar cell is =60 cm2
No of cells in one module = 24
Insolation value =1050 W/m?
Connection scheme all are connected in series.
a. Total output voltage and output power of system.
b. Total output current of the system.
c Calculate the output power of the system if any one of the module gets
damaged.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd29542c4-4bc6-4287-9856-19ab5877c9c7%2Fc2620931-d972-4844-b7b0-a8cb5692c9e3%2F9ossb4a_processed.jpeg&w=3840&q=75)
Transcribed Image Text:18. Determine the following for solar PV power system referred to the data given
below. (Assume the efficiency of the solar system =15%)
No of PV Modules = 5
Area of each solar cell is =60 cm2
No of cells in one module = 24
Insolation value =1050 W/m?
Connection scheme all are connected in series.
a. Total output voltage and output power of system.
b. Total output current of the system.
c Calculate the output power of the system if any one of the module gets
damaged.
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