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A comparative experimental investigation of CPV with and without SOE

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ABSTRACT Solar radiation in Thailand is abundant. Unfortunately, there is a large amount of non-direct solar radiation that could not be utilized by high concentrating photovoltaic (CPV) systems. This paper… Click to show full abstract

ABSTRACT Solar radiation in Thailand is abundant. Unfortunately, there is a large amount of non-direct solar radiation that could not be utilized by high concentrating photovoltaic (CPV) systems. This paper investigates the effect of diffuse radiation on a Fresnel-based CPV system using a secondary optical element (SOE) made of flat plate reflectors operating in Thailand. Physical experiments were conducted by constructing a simple SOE attached to commercial CPV components. Experimental results showed that the efficiency of the system with an SOE increased at least 10%. This increase in system efficiency is more significant with increasing diffuse solar radiation, i.e. the efficiency increased by 11-23% when the diffuse radiation ratios were 0.1–0.4, respectively. In a continuous operation, the energy gain from a CPV system with an SOE was 20% higher than the conventional system.

Keywords: comparative experimental; cpv; system; solar radiation; soe; radiation

Journal Title: International Journal of Green Energy
Year Published: 2019

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