改进实时故障分析和验证继电器操作以防止或减轻级联停电

Nan Zhang, M. Kezunovic
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引用次数: 33

摘要

本文提出了一种局部(变电站)级的新策略,旨在防止或减轻由继电器误操作或局部诊断支持不足引起的级联停电。该策略由一种先进的实时工具组成,该工具结合了基于神经网络的故障检测与分类(NNFDC)算法和基于同步采样的故障定位(SSFL)算法,以及使用事件树分析(ETA)的中继监测工具。故障分析工具以其较好的性能为传统距离继电器提供了参考,继电器监测工具提供了详细的局部干扰信息。整个战略的想法是满足NERC的几项建议,以防止停电,使用广域保护和控制
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Improving Real-time Fault Analysis and Validating Relay Operations to Prevent or Mitigate Cascading Blackouts
This paper proposes a new strategy at the local (substation) level, aimed at preventing or mitigating the cascading blackouts that involve relay misoperations or inadequate local diagnostic support. The strategy consists of an advanced real-time tool that combines neural network based fault detection and classification (NNFDC) algorithm and synchronized sampling based fault location (SSFL) algorithm with a relay monitoring tool using event tree analysis (ETA). The fault analysis tool provides a reference for conventional distance relay with its better performance and the relay monitoring tool provides detailed local information about the disturbances. The idea of the entire strategy is to meet several NERC recommendations to prevent blackouts using wide area protection and control
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