电力系统监测中的同步相量技术综述

Mohamad Nasrun bin Mohd Nasir, A. Sabo, N. Wahab
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引用次数: 7

摘要

相量测量单元(PMU)是智能电网系统的核心,它提供系统各母线的电压和相角测量等数据,从而保持系统的可观测性。在此背景下,本文总结了基于PMU实现综合电力系统完全可观测性监测的各种研究成果。调查表明,目前的研究大多集中在PMU的最优放置(OPP)上,而不是考虑各种情况的PMU设计和建模。此外,还提出了使用同步相量技术进行状态估计的附加目标,以获得系统中需要安装的PMU的最优数量,以进行电力系统分析和系统的经济效益。基于同步相量技术的研究正朝着电力系统实时监测应用的方向发展,同时也涵盖了电力系统动态评估。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Review on Synchrophasor Technology for Power System Monitoring
The Phasor Measurement Unit (PMU) is the heart of smart grid system as it provides the data such as voltage and phase angle measurements of all buses of the system and thereby maintaining the system observability. In this context, this paper summarizes the various research based on PMU for complete observability and monitoring of integrated power system. The survey indicates that most of the recent researches are focusing on optimal PMU placement (OPP) rather than design and modeling of PMU considering various cases. Moreover, the state estimation using synchrophasor technology are also presented as addition objective to obtain the optimal number of PMU that need to be installed in the system for power system analysis and economic benefits of the system. The trend of research based on synchrophasor technology are evolving for real-time power system monitoring application where it also covers for dynamic power system assessment.
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