2014Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIERequires access

300 sun light engine for high concentrator application studies

Anderson Chen, Katy Zadrovicz, Richard Jarzebiak, John Degroff, John H. Park

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Abstract

A solar simulator capable of producing an irradiance of 300 suns is reported. Technical challenges were not limited to optical design; developing a methodology to measuring 300 suns was difficult. This document reports on the design of the custom fabricated solar simulator, the measurement methodology for high-powered solar concentrator measurements and empirical results validating the desired simulated power density as well as the irradiance stability, spectral accuracy, beam uniformity and irradiance beam size.

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What this paper is about

A solar simulator capable of producing an irradiance of 300 suns is reported. Technical challenges were not limited to optical design; developing a methodology to measuring 300 suns was difficult. This document reports on the design of the custom fabricated solar simulator, the measurement methodology for high-powered solar concentrator measurements and empirical results validating the desired simulated power density as well as the irradiance stability, spectral accuracy, beam uniformity and irradiance beam size.

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Available abstract

A solar simulator capable of producing an irradiance of 300 suns is reported. Technical challenges were not limited to optical design; developing a methodology to measuring 300 suns was difficult. This document reports on the design of the custom fabricated solar simulator, the measurement methodology for high-powered solar concentrator measurements and empirical results validating the desired simulated power density as well as the irradiance stability, spectral accuracy, beam uniformity and irradiance beam size.

Key concepts: Suns in alchemy, Concentrator, Irradiance, Solar simulator, Solar irradiance, Optics, Solar energy, Photovoltaic system

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