Floating Photovoltaic Power Plant and Estimation of Potential in Bosnia and Herzegovina

Sarah Zeljković, Naida Panjeta, Emir Ajkunić, S. Avdakovic
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Abstract

Abstract Generation of photovoltaic power plants is growing rapidly in the last ten years in the world. One of the key factors for the construction of floating photovoltaic power plants is to provide space for their construction. This paper presents statistical indicators of installed capacities of floating photovoltaic power plants, as well as a detailed description of the components of these power plants. Approaches to construction and maintenance recommendations are described in more detail. The basic results of simulations are presented on a concrete example of a floating photovoltaic 1 MW power plant on Lake Modrac. The available areas of artificial lakes in Bosnia and Herzegovina were analysed, and it was shown that the installation of floating photovoltaic power plants on 5% of the surface of artificial lakes would provide around 10% of the total electricity consumption in Bosnia and Herzegovina.
波黑浮动式光伏电站及潜力评估
近十年来,全球光伏电站的发电量增长迅速。浮动式光伏电站建设的关键因素之一是为其提供建设空间。本文给出了浮动式光伏电站装机容量的统计指标,并对浮动式光伏电站的组成进行了详细的描述。更详细地描述了施工和维护建议的方法。最后以莫德莱克湖1 MW浮动光伏电站为例,给出了仿真的基本结果。对波黑人工湖的可用面积进行了分析,结果表明,在5%的人工湖表面安装浮动光伏电站,将提供波黑总用电量的10%左右。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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