Research Status and Prospect of Distribution Network Resilience

Yan Zhou, Guoqing Wang, Lei Yu
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Abstract

: In recent years, with the increase in natural disasters, their impact on the power system has been gradually increasing. As a power supply facility directly connects the power system and users, there are more and more studies on enhancing the resilience of the distribution network to deal with sudden disasters. To measure the distribution network’s ability to deal with sudden disasters, we introduced the concept of grid toughness in this study, starting from the whole process of power distribution network toughness enhancement. This was based on first the contrast outstanding toughness and reliability concept of particularity, a review of the existing research results on the concept of resilience, and a summary of the concept and significance of extracting the toughness grid. Then, the description method of the distribution network resilience, construction of a disaster model, construction of a distribution network model, and multi-stage resilience improvement measures before, during, and after a disaster were reviewed and analyzed. Finally, in view of the shortcomings of the existing research, a future development direction for resilient grid research was proposed.
配电网弹性研究现状与展望
近年来,随着自然灾害的增多,对电力系统的影响也逐渐加大。作为直接连接电力系统和用户的供电设施,提高配电网应对突发性灾害的应变能力的研究越来越多。为了衡量配电网应对突发性灾害的能力,本文从增强配电网韧性的全过程出发,引入了电网韧性的概念。本文首先对比了突出的韧性和可靠性概念的特殊性,回顾了已有的关于韧性概念的研究成果,总结了韧性网格提取的概念和意义。然后,对配电网弹性描述方法、灾害模型构建、配电网模型构建以及灾前、灾中、灾后多阶段弹性提升措施进行了回顾和分析。最后,针对现有研究的不足,提出了弹性网格研究的未来发展方向。
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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