Coordinated optimization method of "source network, load, and storage" in active distribution network based on genetic algorithm

Zhixuan Pan, Minli Huang, Y. Li, Ruijun Song, .. Udabala, Yuying Gong
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Abstract

In the development of social economy, in order to fully meet the basic demand of social residents for energy, based on the construction of active distribution network, the integrated operation objective of "source network, charge and storage" was put forward, and the coordinated optimization mathematical model based on genetic algorithm was constructed. According to the cumulative experience of structural reform of energy supply side in our country in recent years, transforming the extensive mode into the mode of improving quality and efficiency can provide high-quality distributed resources for our country to cope with climate change and economic construction. Therefore, on the basis of understanding the integrated operation objectives of active distribution network and "source network, load and storage", and according to the basic concept of genetic algorithm, this paper deeply discusses the coordinated optimization method of "source network, load and storage" of active distribution network with genetic algorithm as the core. The final experimental results show that genetic algorithm can not only control the cost of distribution network operation, but also improve the social and economic benefits.
基于遗传算法的有源配电网“源、荷、蓄”协调优化方法
在社会经济发展中,为充分满足社会居民对能源的基本需求,在主动配电网建设的基础上,提出了“源网、充电、蓄电”一体化运行目标,构建了基于遗传算法的协调优化数学模型。根据近年来我国能源供给侧结构性改革的积累经验,由粗放型转变为提质增效型,可以为我国应对气候变化和经济建设提供优质的分布式资源。因此,本文在理解主动配电网与“源网、负荷、存储”一体化运行目标的基础上,根据遗传算法的基本概念,深入探讨了以遗传算法为核心的主动配电网“源网、负荷、存储”协同优化方法。最后的实验结果表明,遗传算法不仅可以控制配电网的运行成本,而且可以提高配电网的社会效益和经济效益。
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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