Using Crow Algorithm for Optimizing Size of Wind Power Plant/Hybrid PV in Libya

A. Elbaz, M. Güneser
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引用次数: 7

Abstract

To design an efficient, sustainable and feasible hybrid system sizing optimization should be applied. In this study, a hybrid power plant, which consists of an off-grid PV and wind energy system to supply the demand of solar energy research center in Libya, was designed. Crow search technique was applied to decrease the installation cost and operating cost by sizing each part of hybrid system. We optimized the number of PV modules, powers of wind turbines and capacities batteries. After offering the design of hybrid system, we compared performance of crow algorithm with particle swarm optimization algorithm performance. Regarding the comparison, crow algorithm results sign a better performance for sizing a lower cost hybrid power plant consists of PV and wind systems.
用Crow算法优化利比亚风电场/混合光伏发电规模
为了设计一个高效、可持续、可行的混合动力系统,需要对系统的规模进行优化。为满足利比亚太阳能研究中心的需求,设计了一个由离网光伏和风能系统组成的混合电厂。采用乌鸦搜索技术,通过对混合动力系统各部件进行定量化,降低系统的安装成本和运行成本。我们优化了光伏组件的数量、风力涡轮机的功率和电池的容量。在给出混合系统的设计方案后,比较了乌鸦算法和粒子群算法的性能。通过比较,乌鸦算法的结果表明,在确定由光伏和风力系统组成的低成本混合电厂时,乌鸦算法具有更好的性能。
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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