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Electro-Optical Model of Soiling Effects on Photovoltaic Panels and Performance implications

Energy Engineering 2024年第2期121卷 243-258页

作者： A.Asbayou G.P.Smestad i.ismail.a.soussi A.Elfanaoui L.Bouhouch A.ihlal Laboratory of Materials and Renewable Energies University Ibn ZohrAgadir80000Morocco Sol ideas Technology Development San José95150USA

in this paper,a detailed model of a photovoltaic(PV)panel is used to study the accumulation of dust on solar *** presence of dust diminishes the incident light intensity penetrating the panel’s cover glass,as it increases the reflection of light by *** phenomenon,commonly known as the“soiling effect”,presents a significant challenge to PV systems on a global *** basic models of the equivalent circuits of a solar cell can be found,namely the single-diode model and the two-diode *** limitation of efficiency data in manufacturers’datasheets has encouraged us to develop an equivalent electrical model that is efficient under dust conditions,integrated with optical transmittance considerations to investigate the soiling *** proposed approach is based on the use of experimental current-voltage(i-V)characteristics with simulated data using MATLAB/*** research outcomes underscores the feasibility of accurately quantifying the reduction in energy production resulting from soiling by assessing the optical transmittance of accumulated dust on the surface of PV glass.

关键词： Photovoltaics solar energy optical transmittance soiling dust PV performance

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Structural and Physicochemical Properties of Dust and Their Effect on Solar Modules Efficiency in Agadir-Morocco

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Journal of Renewable Materials 2023年第5期11卷 2249-2264页

作者： Abdellah Asbayou Ahmed ihlal ismail isknan Ahmed soussi Lahoussine Bouhouch Materials and Renewable Energies Laboratory University Ibn ZohrAgadir80000Morocco

Experiments of soiling effects on the performances of a PV panel have been performed using dust collected from two sites in the region of *** optical transmittance of the front glass was found to depend on the nature and density of *** nature of dust was studied by means of scanning electron microscopy and energy dispersive x-ray *** was found that the granulometry of dust particles depends on the study *** a dust density of around 20 g/m^(2),the maximum power Pmax of the solar panel decreases drastically from 30 to 20 W for the(HP)site,and no more than 14 W for the(AD)*** diversity of the behavior of the soiled panel was explained in terms of the size of the particles collected from each *** transmission of light across the front glass of the PV panel is more affected when the sizes of particles are small.

关键词： Agadir PV panel soiling optical transmittance dust characterization

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