Study on the properties of solar cell under bias condition by using impedance spectroscopy
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Abstract:
This article investigates the properties of silicon (SI) and perovskite (PSC) solar cells under bias condition by using impedance spectroscopy. The parallel resistance Rp of SI and PSC are found to decrease with increasing bias, but the capacitance Cp shows the opposite trend. Comparing Rp to Cp, bias has a greater impact on the Cp of both cells. However, the bias has little effect on the series resistance Rs of both cells. Compared with SI cell, the bias is seen to be a greater impact on the Rp and a smaller impact on Cp of PSC. The carrier lifetime in SI and PSC cells first increases and then decreases with bias, and the carrier diffusion length Ld increases almost linearly with bias. Compared to SI cell, the bias has a greater impact on PSC’s Ld.
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Project Supported:
National Natural Science Foundation of China (12064027), 2022 Jiangxi Province High-level and High-skilled Leading Talent Training Project Selected (No. 63), Jiangxi Provincial Department of Education Science and Technology Key Project (GJJ2204302), Jiujiang Municipal Science and Technology Program (Natural Science Foundation, Innovative Talents) (2022-2023), Special fund for graduate innovation: (YC2022-118，YC2022-113).
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