Outdoor evaluation of concentrator photovoltaic systems modules from different manufacturers: first results and steps
For the behavior of concentrator photovoltaic systems technology under real conditions to be understood, different modules from different manufacturers were measured in a new research center in Jaén. The influence in the power and the efficiency of irradiation levels, air temperature, and the influence of air mass were under study for 6 months. Pmax shows a linear behavior with direct normal irradiance, and efficiency was constant to a first approximation for a wide range of irradiance levels. The effect of air temperature was negligible for the temperatures under study. At the same time, efficiency shows a maximum around AM1.5 and decreases aside this point
keywords: concentrator photovoltaic, outdoor measures, characterization
Publication: Article
1624014938336
June 18, 2021
/research/publications/outdoor-evaluation-of-concentrator-photovoltaic-systems-modules-from-different-manufacturers-first-results-and-steps
For the behavior of concentrator photovoltaic systems technology under real conditions to be understood, different modules from different manufacturers were measured in a new research center in Jaén. The influence in the power and the efficiency of irradiation levels, air temperature, and the influence of air mass were under study for 6 months. Pmax shows a linear behavior with direct normal irradiance, and efficiency was constant to a first approximation for a wide range of irradiance levels. The effect of air temperature was negligible for the temperatures under study. At the same time, efficiency shows a maximum around AM1.5 and decreases aside this point - Eduardo F. Fernández, Pedro Pérez-Higueras, Antonio J. Garcia Loureiro and Pedro G. Vidal - 10.1002/pip.1262
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