Modelling long-term module performance based on realistic reporting conditions with consideration to spectral effects

A model for the annual performance of different module technologies is presented that includes spectral effects. The model is based on the realistic reporting conditions but also allows for secondary spectral effects, as experienced by multi-junction devices. The model is validated against measureme...

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Main Authors: Sheryl R. Williams, Thomas R. Betts, Ralph Gottschalg, Hans G. Beyer, David Infield
Format: Default Conference proceeding
Published: 2003
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Online Access:https://hdl.handle.net/2134/8205
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author Sheryl R. Williams
Thomas R. Betts
Ralph Gottschalg
Hans G. Beyer
David Infield
author_facet Sheryl R. Williams
Thomas R. Betts
Ralph Gottschalg
Hans G. Beyer
David Infield
author_sort Sheryl R. Williams (7201799)
collection Figshare
description A model for the annual performance of different module technologies is presented that includes spectral effects. The model is based on the realistic reporting conditions but also allows for secondary spectral effects, as experienced by multi-junction devices. The model is validated against measurements taken at CREST and shows a good agreement for all devices. Combining this relatively simple model with ASPIRE, a spectral irradiance model based on standard meteorological measurements, allows the translation to other locations. The method is applied to measurements of different devices deployed in Loughborough and the significance of certain effects is discussed.
format Default
Conference proceeding
id rr-article-9558518
institution Loughborough University
publishDate 2003
record_format Figshare
spelling rr-article-95585182003-01-01T00:00:00Z Modelling long-term module performance based on realistic reporting conditions with consideration to spectral effects Sheryl R. Williams (7201799) Thomas R. Betts (7164998) Ralph Gottschalg (7180745) Hans G. Beyer (7206959) David Infield (7183166) untagged A model for the annual performance of different module technologies is presented that includes spectral effects. The model is based on the realistic reporting conditions but also allows for secondary spectral effects, as experienced by multi-junction devices. The model is validated against measurements taken at CREST and shows a good agreement for all devices. Combining this relatively simple model with ASPIRE, a spectral irradiance model based on standard meteorological measurements, allows the translation to other locations. The method is applied to measurements of different devices deployed in Loughborough and the significance of certain effects is discussed. 2003-01-01T00:00:00Z Text Conference contribution 2134/8205 https://figshare.com/articles/conference_contribution/Modelling_long-term_module_performance_based_on_realistic_reporting_conditions_with_consideration_to_spectral_effects/9558518 CC BY-NC-ND 4.0
spellingShingle untagged
Sheryl R. Williams
Thomas R. Betts
Ralph Gottschalg
Hans G. Beyer
David Infield
Modelling long-term module performance based on realistic reporting conditions with consideration to spectral effects
title Modelling long-term module performance based on realistic reporting conditions with consideration to spectral effects
title_full Modelling long-term module performance based on realistic reporting conditions with consideration to spectral effects
title_fullStr Modelling long-term module performance based on realistic reporting conditions with consideration to spectral effects
title_full_unstemmed Modelling long-term module performance based on realistic reporting conditions with consideration to spectral effects
title_short Modelling long-term module performance based on realistic reporting conditions with consideration to spectral effects
title_sort modelling long-term module performance based on realistic reporting conditions with consideration to spectral effects
topic untagged
url https://hdl.handle.net/2134/8205

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