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Photovoltaic power generation

A Shah, J Meier, R Tscharner, N Wyrsch1992年Plasma Physics and Controlled FusionIF 2.2出版社

Choice of materials for photovoltaic solar cells is discussed, taking into account two factors, viz, conversion efficiency and production costs. Thereby, physical considerations (band gap) and general factors (material availability and toxicity) are developed. Deposition of hydrogenated amorphous silicon (a-Si:H) for solar cells, in a silane glow discharge plasma is discussed in more detail; possibilities (e.g. amorphous alloys, tandem cells) and limitations (e.g. light induced-degradation) are mentioned. The novel 'VHF' plasma deposition process introduced by the authors' laboratory is given special consideration.

日本語訳

太陽光発電用太陽電池の材料選択について、変換効率と製造コストという2つの要因を考慮して議論する。その際、物理的考察(バンドギャップ)と一般的要因(材料の入手可能性と毒性)について詳述する。シラングロー放電プラズマ中での太陽電池用水素化アモルファスシリコン(a-Si:H)の堆積について、より詳細に議論する。その可能性(例:アモルファス合金、タンデムセル)と限界(例:光劣化)について言及する。著者らの研究室で導入された新規の「VHF」プラズマ堆積プロセスについて特に考察する。

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