Forecasting Interruptions in Power Supply Using Photovoltaics in Poland – Case Study of Safe Pedestrian Crossing

W. Marańda, P. Marciniak, R. Kotas, B. Sakowicz, Aneta Tylman, Przemyslaw Sztoch, M. Droz
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Abstract

Power supply for autonomous systems is commonly provided by photovoltaics (PV), especially for civil-engineering applications, where seamless integration of PV with landscape is a valuable asset.The design rules for autonomous systems are always highly climate and application dependent. In the engineering practice, the systems are commonly over-sized or under-sized, and largely fail to meet the expectations in terms of economy or supply-autonomy.This paper investigates the application of PV for powering the safe pedestrian crossing, with all-night illumination, using detailed solar irradiance data for Polish climate. The results show the realistic forecast of energy deficits and give the design rules for optimal system size.
波兰使用光伏发电预测供电中断——以安全行人过街为例
自主系统的供电通常由光伏(PV)提供,特别是在土木工程应用中,光伏与景观的无缝集成是一项宝贵的资产。自主系统的设计规则总是高度依赖于气候和应用。在工程实践中,系统通常是规模过大或规模过小,并且在很大程度上不能满足经济性或供应自主性方面的期望。本文利用波兰气候的详细太阳辐照度数据,研究了PV在安全人行横道供电中的应用。结果显示了对能量不足的现实预测,并给出了最优系统规模的设计规则。
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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