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Modeling power system buses using performance based earthquake engineering methods

机译:使用基于性能的地震工程方法对电力系统总线进行建模

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The Pacific Northwest region is in a constant threat of an imminent earthquake event. Numerous efforts are being made to make the electrical grid in the region more resilient to seismic activities. Performance-Based Earthquake Engineering (PBEE) is one of the approaches being used by researchers to analyze the risk associated with structures such as buildings and bridges. This research intends to introduce modeling of power systems using the PBEE method. Each bus in a one-line representation of a power system is a mini-substation with a different configuration and should be modeled as such. This paper also proposes guidelines for modeling every bus of a power system. Application of these guidelines on a 3-bus system is illustrated. An augmented model for a general power system with arbitrary number of buses is also described for adding system resiliency considerations.
机译:西北太平洋地区一直面临着即将发生的地震事件的威胁。为了使该地区的电网对地震活动具有更大的抵抗力,正在做出许多努力。基于性能的地震工程(PBEE)是研究人员用来分析与建筑物和桥梁等结构相关的风险的方法之一。本研究旨在介绍使用PBEE方法进行电力系统建模。电力系统的单线表示中的每条总线都是具有不同配置的小型变电站,因此应进行建模。本文还提出了对电力系统的每条总线进行建模的准则。说明了这些准则在3总线系统上的应用。还描述了用于具有任意数量的总线的通用电力系统的增强模型,用于增加系统弹性方面的考虑。

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