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首页> 外文会议>European photovoltaic solar energy conference >ANALYSIS OF THE INFLUENCE OF DIFFUSE SOLAR RADIATION ON THE EFFICIENCY OF PHOTOVOLTAIC CONVERSION AT SOUTH-EASTERN POLAND CONDITIONS
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ANALYSIS OF THE INFLUENCE OF DIFFUSE SOLAR RADIATION ON THE EFFICIENCY OF PHOTOVOLTAIC CONVERSION AT SOUTH-EASTERN POLAND CONDITIONS

机译：东南波兰条件下漫射太阳能辐射对光伏转换效率的影响分析

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摘要

Direct solar radiation is the most favorable provider of energy for photovoltaic conversion. However, days arenot always sunny. All the time a diffuse radiation - the result of solar light distraction in earth atmosphere as well as on otherobject of space - is reaching the Earth. Diffuse component of solar radiation has significantly enlarged shape with diminishedintensity of wavelength from a visible region, so activates photovoltaic conversion processes in a different way.This work presents the 3-year period of analysis of PV conversion efficiency under diffuse component of solar radiationin conditions of south-eastern region of Poland.The analysis overcomes the 3-year period of exploitation of solar modules working in PV-PT hybrid systems. The workpresents a comparative analysis of PV conversion efficiency of mc-Si as well as c-Si modules during cloudy days in Lublinregion environment.
机译：直接太阳辐射是用于光伏转换的最有利的能源提供者。但是，天是 并不总是晴天。一直以来都是漫射辐射-太阳光分散地球大气以及其他大气中的结果 太空物体-正在到达地球。太阳辐射的扩散成分具有明显增大的形状而减小了 可见光区域的波长强度，因此以不同的方式激活了光伏转换过程。 这项工作提出了为期3年的太阳辐射扩散成分下的PV转换效率分析 在波兰的东南部地区。 该分析克服了在PV-PT混合系统中使用太阳能模块的3年开发期。工作 提出了卢布林阴天期间mc-Si和c-Si组件的PV转换效率的比较分析 区域环境。

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