Research of Solar Energy Potential of Photovoltaic Installations on Enclosing Structures of Buildings

Pub Date : 2021-10-01 DOI:10.4018/ijeoe.2021100102
Y. Daus, V. Kharchenko, I. Yudaev
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引用次数: 1

Abstract

Under conditions of limited space for the placement of photovoltaic modules, exploitation of rooftop and facade photovoltaic power plants are highly relevant. One of their main advantages is the possibility to integrate them into both existing and new consumer infrastructures, regardless of their configuration, using the building envelope. On the example of the specific tilt angles relative to the horizon of the receiving surfaces of the modules when they are placed on the enclosing structures of the building for southern spatial orientation, analysis of the utilization level of solar energy potential of the region is carried out. The inclination angles of the enclosing structures, which are characterized by the closest electric energy generation to the generation by modules of optimal spatial orientation, are revealed. There were also determined spatial orientations of the enclosing structures, for which the installation of modules of photovoltaic power plants is not recommended.
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建筑围护结构光伏装置的太阳能潜力研究
在光伏组件放置空间有限的情况下,屋顶和立面光伏发电厂的开发具有高度相关性。它们的主要优势之一是可以使用建筑围护结构将它们集成到现有和新的消费者基础设施中,无论其配置如何。以模块放置在建筑物的围护结构上用于南方空间定向时,模块的接收表面相对于地平线的特定倾斜角度为例,对该区域的太阳能潜力利用水平进行了分析。揭示了围护结构的倾角,其特征是最接近最佳空间定向模块的发电。还确定了围护结构的空间方向,不建议安装光伏发电厂的模块。
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