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Optimization of the Secondary Optical Element of a Hybrid Concentrator Photovoltaic Module Considering the Effective Absorption Wavelength Range

机译：考虑有效吸收波长范围的混合集中器光伏模块的二次光学元件优化

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Woo-Lim Jeong; Kyung-Pil Kim; Jung-Hong Min; Jun-Yeob Lee; Seung-Hyun Mun; Jeong-Hwan Park; Jang-Hwan Han; Won-Kyu Park; Sewang Yoon; Dong-Seon Lee;
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2. Temperature-dependent model of concentrator photovoltaic modules combining optical elements and III-V multi-junction solar cells [J] . Lv Hui, Sheng Fei, Dai Jinmei, Solar Energy . 2015,第feba期

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3. Reflective secondary optical elements for fresnel lens based concentrator modules [J] . J. Jaus, A.W. Bett, H. Reinecke, Progress in photovoltaics . 2011,第5期

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4. Experimental characterization and multi-physics simulation of a triple-junction cell in a novel hybrid III:V concentrator photovoltaic-thermoelectric receiver design with secondary optical element [C] . T K N Sweet, M H Rolley, W Li International Conference on Applied Energy . 2018

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5. Concentrator Photovoltaic Modules for Hybrid Solar Energy Collection [D] . Ji, Yaping. 2020

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6. Photovoltaic Performance of Pin Junction Nanocone Array Solar Cells with Enhanced Effective Optical Absorption [O] . Jinnan Zhang, Lingmei Ai, Xin Yan, 2018

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7. Experimental characterization and multi-physics simulation of a triple-junction cell in a novel hybrid III:V concentrator photovoltaic–thermoelectric receiver design with secondary optical element [O] . Sweet, T.K.N., Rolley, M.H., Li, W., 2017

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8. New method to extract gas concentrations in the ultraviolet and visible wavelength ranges, based on differential optical absorption technique and Fourier transform [R] . Axelsson, L. 1994

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Optimization of the Secondary Optical Element of a Hybrid Concentrator Photovoltaic Module Considering the Effective Absorption Wavelength Range

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