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= 10 N, the series The equivalent circuit for a PV cell includes a parallel resistance of Rp resistance is zero (Rs = 0 2),. The cell has area 0.017 m², reverse saturation current of l, 10-11 A, (q/kT) = 38.9 at 25•C and at an irradiance of 1 kW the short-circuit current is Isc 6.4 A. Answer the following: 2.1. Sketch a well labelled equivalent circuit of this solar cell. = 4 x %3D 2.2. Find the open-circuit voltage when no load is connected to the cell.

= 10 N, the series The equivalent circuit for a PV cell includes a parallel resistance of Rp resistance is zero (Rs = 0 2),. The cell has area 0.017 m², reverse saturation current of l, 10-11 A, (q/kT) = 38.9 at 25•C and at an irradiance of 1 kW the short-circuit current is Isc 6.4 A. Answer the following: 2.1. Sketch a well labelled equivalent circuit of this solar cell. = 4 x %3D 2.2. Find the open-circuit voltage when no load is connected to the cell.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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-Question 2: The equivalent circuit for a PV cell includes a parallel resistance of Rp resistance is zero (Rs 10 2, the series O 2),. The cell has area 0.017 m², reverse saturation current of lo = 4 X 10-11 A, (q/kT) = = 6.4 A. Answer the following: 2.1. Sketch a well labelled equivalent circuit of this solar cell. 2.2. Find the open-circuit voltage when no load is connected to the cell. 38.9 at 25•C and at an irradiance of 1 kW the short-circuit current is Isc %D
Transcribed Image Text:-Question 2: The equivalent circuit for a PV cell includes a parallel resistance of Rp resistance is zero (Rs 10 2, the series O 2),. The cell has area 0.017 m², reverse saturation current of lo = 4 X 10-11 A, (q/kT) = = 6.4 A. Answer the following: 2.1. Sketch a well labelled equivalent circuit of this solar cell. 2.2. Find the open-circuit voltage when no load is connected to the cell. 38.9 at 25•C and at an irradiance of 1 kW the short-circuit current is Isc %D
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