a) Explain how dye-sensitized solar cells work and list their advantages and disadvantages compared to conventional silicon solar cells.

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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Describe the answers to the following questions.
a) Explain how dye-sensitized solar cells work and list their advantages and disadvantages compared to
conventional silicon solar cells.
b) As the use current of the primary battery increases. the battery voltage decreases. Explain the reason
using the Butler-Volmer graph.
c) Describe the properties to have as an electrode material of a primary battery using an aqueous
electrolyte.
d) Write down the chemical reaction formula for the lithium primary battery.
e) Describe the properties that secondary batteries should have and list the advantages of lithium-ion
secondary batteries.
f) Write down the chemical reaction formula for discharging lithium-ion secondary batteries.
s) Describe the working principle of EDLC and explain why activated carbon is used as the electrode
material.
Transcribed Image Text:Describe the answers to the following questions. a) Explain how dye-sensitized solar cells work and list their advantages and disadvantages compared to conventional silicon solar cells. b) As the use current of the primary battery increases. the battery voltage decreases. Explain the reason using the Butler-Volmer graph. c) Describe the properties to have as an electrode material of a primary battery using an aqueous electrolyte. d) Write down the chemical reaction formula for the lithium primary battery. e) Describe the properties that secondary batteries should have and list the advantages of lithium-ion secondary batteries. f) Write down the chemical reaction formula for discharging lithium-ion secondary batteries. s) Describe the working principle of EDLC and explain why activated carbon is used as the electrode material.
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