A comprehensive expansion planning model for smart electric distribution networks

M. Tabarzadi, V. Vahidinasab
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引用次数: 3

Abstract

Due to the network load growth and the entrance of distributed energy resources (DERs) and plug-in hybrid electrical vehicles (PHEVs) to the distribution networks, development of enhanced distribution network expansion planning considering these new types of resources is necessitated. Specially, integration of the intelligent PHEV parking in the distribution networks can effectively influence the planning strategies. This subject is investigated in this paper by presenting a new framework for the incorporation of simultaneous placement of intelligent PHEV parking and DG units into the expansion planning of distribution substations and lines. The proposed model is a multiobjective structure solved using the s-constraint optimization method as a well-known multiobjective approach. In order to evaluate the capability of proposed model, it has examined on a primary distribution network and the results have been analyzed.
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智能配电网的综合扩容规划模型
由于电网负荷的增长以及分布式能源和插电式混合动力汽车进入配电网,有必要制定考虑这些新型资源的增强型配电网扩展规划。特别是在配电网中集成插电式混合动力智能停车可以有效地影响规划策略。本文通过提出一个将智能插电式混合动力停车和DG单元同时放置到配电变电站和线路扩建规划中的新框架来研究这一主题。所提出的模型是一个多目标结构,采用著名的多目标方法s约束优化方法求解。为了评估所提出的模型的性能,对一个初级配电网进行了测试,并对结果进行了分析。
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