Application of PMU on Fault Detection and Hybrid State Estimations

A. Lockie, Thomas Dowd
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Abstract

It is feasible to record and monitor the power systems’ dynamic behavior with the extensive deployment of phasor measurement units (PMU). PMU provides high-precision data in which has shown applications in many fields. This study gives a comprehensive prospective of the application of PMU in fault detection. Basically, this paper evaluates the application of this data for fault detection. In which, it is crucial to detect the faults at their early stage so remedial reaction can be taken to reduce the potential damage. Second, the incorporation of the PMU data into state estimation algorithms to achieve more stable and accurate estimation algorithm. It is demonstrated, incorporating the PMU data will increase the observability of the system, however more comprehensive algorithm to monitor the system and detect the faults is needed.
PMU在故障检测和混合状态估计中的应用
随着相量测量单元(PMU)的广泛应用,对电力系统的动态行为进行记录和监测成为可能。PMU提供了高精度的数据,在许多领域都有应用。本研究对PMU在故障检测中的应用进行了全面的展望。本文主要评价了该数据在故障检测中的应用。其中,及早发现故障,采取相应的补救措施,减少潜在的损害是至关重要的。其次,将PMU数据纳入状态估计算法,使估计算法更加稳定和准确。结果表明,引入PMU数据可以提高系统的可观测性,但需要更全面的系统监测和故障检测算法。
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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