A Copeland-Method-based Weakness Identification for the Components in Transmission Systems Under Natural Disasters

L. Meng, Lin Yi, Tang Yuchen, Wei Xin, Xu Tianrui, Wang Zekai, Ding Tao
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Abstract

This paper proposes a Copeland-method-based importance evaluation strategy for the components in the transmission systems. We first introduce the model of resilience for the power transmission system. Then, we propose a Copeland-method-based evaluation strategy for the components in the power transmission system under natural disasters. The proposed Copeland-method-based evaluation strategy is verified in the IEEE RTS 24-bus system. Case studies show that the proposed strategy can effectively assess and rank the importance of the components under extreme natural disasters.
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基于copeland法的自然灾害下输电系统部件弱点识别
提出了一种基于copeland法的传动系统部件重要性评估策略。首先介绍了输电系统的弹性模型。在此基础上,提出了一种基于copeland方法的自然灾害下输电系统部件评估策略。提出的基于copeland方法的评估策略在IEEE RTS 24总线系统中得到了验证。案例研究表明,该策略能够有效地对极端自然灾害下各组成部分的重要性进行评估和排序。
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