Please cite this article as: Li Xingcai, Niu Kun, Effectively predict the solar radiation transmittance of dusty photovoltaic panels through Lambert-Beer law, Renewable Energy (2018), doi: 10.1016/j.
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This paper proposed a comprehensive physical model to predict the impact of the deposition on the light transmittance of solar panel. This model involves some physical parameters of the deposition, which
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The particles deposited on the solar panels can scatter and absorb the solar radiation, and then present some negative impact on the output performance of photovoltaic cells.
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In addition, the average heat transfer coefficient 18 of dusty PV module is slightly higher than that of clean PV panels by 4.13%, which can be revealed 19 by the thermal diffusivity.
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The Mie theory is most appropriate solution to get the radiation characteristics of isotropic spherical particles, not approximate solution, which has been demonstrated in many studies (Xingcai and Kun,
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Shenzhen Xingcai photoelectricity C0., Ltd. Is a research and development, production and sales of LED display and engineering services in one of the high-tech enterprises.
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Xingcai and Kun [3] developed a predictive model using the Lambert-Beer law to assess the impact of dust deposition on the transmittance of solar cells.
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This paper established a new model of convective heat transfer coefficient with and without dust deposition. Results show that the convective heat transfer coefficient of PV panel is not
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