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The Performance of Silicon Solar Cells Exposed to a Simulated Low Earth Orbit Plasma Environment

Subtitle:Laboratory Ground Tests
Authors/others:Abd El-Hameed, Afaf M. (Natl Res Inst Astron & Geophys) Sabry, M. (Umm Al-Qura University) Ghitas, Ahmed (Natl Res Inst Astron & Geophys) El-Tokhy, Fatma S. (Zagazig University) Schlosser, Viktor
Abstract:We have studied the effects of a low earth orbit (LEO) plasma environment on the performance of solar cells. Laboratory ground tests were used to simulate the properties of a low-energy LEO plasma. A Penning plasma source was used to generate plasma from an argon (Ar) gas flow at low pressure (similar to 10(-5) torr) through a vacuum chamber. Diagnostic tools were used to investigate the plasma conditions and their effects on six silicon (Si) solar cells located in the chamber. Alternating current conditions for both biased and unbiased monocrystalline Si solar cells produced from n/p terrestrial cells with deep junctions were investigated after exposure to plasma fluence for different times up to 14 h. The results obtained confirmed variation of the performance of the cells samples as a consequence of exposure to the plasma.
Language:English
Number of pages:7
Date of publication:12.2015
Journal title:Journal of Electronic Materials
Volume:44
Number:12
Pages:4740-4746
Links:
Digital Object Identifier (DOI):http://dx.doi.org/10.1007/s11664-015-4031-y
Publication Type:Article
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