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Consider two odd solar cells. Cell No.1 has Isi = 25 nA, n₁ = 1.5, Rs1 = 102, Cell No.2 has I2 = 0.1 nA, n2=1, Rs2=5 2.The illumination levels and efficiencies are such that ILI = 10 mA and I12-25 mA. Use equivalent circuits and Spice to analyze and plot the I-V characteristics and power output vs operating voltage characteristics of these cells, operated individually. Determine the maximum power each cell can deliver, the corresponding voltages and currents at their maximum power points. Repeat the above when these two cells are connected in series to deliver a higher voltage and compare the total maximum power they generated separately vs when connected in series. Write your comments.

Consider two odd solar cells. Cell No.1 has Isi = 25 nA, n₁ = 1.5, Rs1 = 102, Cell No.2 has I2 = 0.1 nA, n2=1, Rs2=5 2.The illumination levels and efficiencies are such that ILI = 10 mA and I12-25 mA. Use equivalent circuits and Spice to analyze and plot the I-V characteristics and power output vs operating voltage characteristics of these cells, operated individually. Determine the maximum power each cell can deliver, the corresponding voltages and currents at their maximum power points. Repeat the above when these two cells are connected in series to deliver a higher voltage and compare the total maximum power they generated separately vs when connected in series. Write your comments.

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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Consider two odd solar cells. Cell No.1 has Is1 - 25 nA, ni = 1.5, Rs1 = 102, Cell No.2 has L₂ = 0.1 nA, n₂=1, R2=5 2.The illumination levels and efficiencies are such that ILI = 10 mA and I12-25 mA. Use equivalent circuits and Spice to analyze and plot the I-V characteristics and power output vs operating voltage characteristics of these cells, operated individually. Determine the maximum power each cell can deliver, the corresponding voltages and currents at their maximum power points. Repeat the above when these two cells are connected in series to deliver a higher voltage and compare the total maximum power they generated separately vs when connected in series. Write your comments.
Transcribed Image Text:Consider two odd solar cells. Cell No.1 has Is1 - 25 nA, ni = 1.5, Rs1 = 102, Cell No.2 has L₂ = 0.1 nA, n₂=1, R2=5 2.The illumination levels and efficiencies are such that ILI = 10 mA and I12-25 mA. Use equivalent circuits and Spice to analyze and plot the I-V characteristics and power output vs operating voltage characteristics of these cells, operated individually. Determine the maximum power each cell can deliver, the corresponding voltages and currents at their maximum power points. Repeat the above when these two cells are connected in series to deliver a higher voltage and compare the total maximum power they generated separately vs when connected in series. Write your comments.
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