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首页> 外文期刊>African Journal of Environmental Science and Technology >Modelling and simulation of atmospheric conditions impact on photovoltaic production in Saint Louis area
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Modelling and simulation of atmospheric conditions impact on photovoltaic production in Saint Louis area

机译:大气条件对圣路易斯地区光伏生产的建模与仿真

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In this study, we worked on the modelling and the simulation of atmospheric conditions impact on photovoltaic production in Saint Louis area. Using Ineichen's model based on the disorder factor of Link, an assessment of sunshine in the study area was made. A characterization of the irradiation is elaborated by modelling the radiation and by simulating outputs of a photovoltaic power plant. We can estimate aerosols impact on photovoltaic production in the river area thanks to results obtained. We evaluated the sunshine rate of this area by using the modelling process. We chose an irradiation model to estimate the outputs of a photovoltaic power plant subjected to an atmosphere disturbed by aerosols. This work enabled us to set up a system of alerts and specific warnings for populations benefiting from this type of resource.
机译:在这项研究中,我们致力于建模和模拟大气条件对圣路易斯地区光伏生产的影响。使用基于Link的无序因素的Ineichen模型,对研究区域的日照进行了评估。通过对辐射进行建模并通过模拟光伏电站的输出来详细说明辐射的特征。由于获得的结果,我们可以估算出气溶胶对河流地区光伏发电的影响。我们通过建模过程评估了该地区的日照率。我们选择了一种辐照模型来估算遭受气溶胶干扰的大气环境下光伏电站的输出。这项工作使我们能够为受益于此类资源的人群建立警报和特定警告系统。

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