Spectral Effects of a Single-Junction Amorphous Silicon Solar Cell on Outdoor Performance

Spectral Effects of a Single-Junction Amorphous Silicon Solar Cell on Outdoor Performance

The device current–voltage ( I – V ) parameters of single-junction amorphous Si (a-Si) solar cells in natural sunlight at various locations have been investigated over three years. The effective efficiency was compared among testing locations from the latitude of 12.8 degrees to 43.8 degrees. The ef...

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Veröffentlicht in:Japanese Journal of Applied Physics 2004-05, Vol.43 (5R), p.2425
Hauptverfasser: Nakajima, Akihiko, Ichikawa, Mitsuru, Kondo, Masataka, Yamamoto, Kenji, Yamagishi, Hideo, Tawada, Yoshihisa
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container_issue 5R
container_start_page 2425
container_title Japanese Journal of Applied Physics
container_volume 43
creator Nakajima, Akihiko
Ichikawa, Mitsuru
Kondo, Masataka
Yamamoto, Kenji
Yamagishi, Hideo
Tawada, Yoshihisa
description The device current–voltage ( I – V ) parameters of single-junction amorphous Si (a-Si) solar cells in natural sunlight at various locations have been investigated over three years. The effective efficiency was compared among testing locations from the latitude of 12.8 degrees to 43.8 degrees. The effective efficiency was varied periodically and the most advantageous performance was obtained in summer at all locations. The increase of output current dominantly contributed to the excellent performance. The output current of single-junction a-Si modules depended not only on module temperature and the annealing effect but also the seasonal variation of the air mass and the atmospheric conditions, such as turbidity and water vapor at each location. The annual performance ratio to initial efficiency measured under standard test conditions reached 82% in Hamamatsu, Japan.
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title Spectral Effects of a Single-Junction Amorphous Silicon Solar Cell on Outdoor Performance
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