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The figure above on the left side shows the first quadrant of the J-V and power curves of an ideal and a non- ideal solar cell. The black dashed lines indicate the maximum power point of each cell. On the right side, figures (a) and (b) show the equivalent circuits of an ideal and a non-ideal solar cell respectively. To answer the following questions, estimate values from the graphs as accurately as possible, since small deviations in readings could lead to large deviations in the results. A) From the figure, estimate the Fill Factor of the ideal cell. Give the answer in [%] with one decimal place. B) Likewise, estimate the Fill Factor of the non-ideal cell. Give the answer in [%] with one decimal place.

The figure above on the left side shows the first quadrant of the J-V and power curves of an ideal and a non- ideal solar cell. The black dashed lines indicate the maximum power point of each cell. On the right side, figures (a) and (b) show the equivalent circuits of an ideal and a non-ideal solar cell respectively. To answer the following questions, estimate values from the graphs as accurately as possible, since small deviations in readings could lead to large deviations in the results. A) From the figure, estimate the Fill Factor of the ideal cell. Give the answer in [%] with one decimal place. B) Likewise, estimate the Fill Factor of the non-ideal cell. Give the answer in [%] with one decimal place.

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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440 440 (a) Ideal AV Non ideal J-V 400 Ideal 400 - Ideal power Non ideal power 360 360 320 320 280 280 240 Non-ideal 240 200 200 (b) 160 160 120 120 80 80 40 40 0.10 0.20 0.30 0.40 0.50 Voltage (V) The figure above on the left side shows the first quadrant of the J-V and power curves of an ideal and a non- ideal solar cell. The black dashed lines indicate the maximum power point of each cell. On the right side, figures (a) and (b) show the equivalent circuits of an ideal and a non-ideal solar cell respectively. To answer the following questions, estimate values from the graphs as accurately as possible, since small deviations in readings could lead to large deviations in the results. A) From the figure, estimate the Fill Factor of the ideal cell. Give the answer in [%] with one decimal place. B) Likewise, estimate the Fill Factor of the non-ideal cell. Give the answer in [%] with one decimal place. C) Assuming STC illumination ( 1000 [W·m-²] ), what is the net difference between the efficiency of the ideal cell and of the non-ideal cell? Give the answer in [%] with one decimal place. Current density (A/ m²) Power density (W / m?)
Transcribed Image Text:440 440 (a) Ideal AV Non ideal J-V 400 Ideal 400 - Ideal power Non ideal power 360 360 320 320 280 280 240 Non-ideal 240 200 200 (b) 160 160 120 120 80 80 40 40 0.10 0.20 0.30 0.40 0.50 Voltage (V) The figure above on the left side shows the first quadrant of the J-V and power curves of an ideal and a non- ideal solar cell. The black dashed lines indicate the maximum power point of each cell. On the right side, figures (a) and (b) show the equivalent circuits of an ideal and a non-ideal solar cell respectively. To answer the following questions, estimate values from the graphs as accurately as possible, since small deviations in readings could lead to large deviations in the results. A) From the figure, estimate the Fill Factor of the ideal cell. Give the answer in [%] with one decimal place. B) Likewise, estimate the Fill Factor of the non-ideal cell. Give the answer in [%] with one decimal place. C) Assuming STC illumination ( 1000 [W·m-²] ), what is the net difference between the efficiency of the ideal cell and of the non-ideal cell? Give the answer in [%] with one decimal place. Current density (A/ m²) Power density (W / m?)
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