An overview of PMU-based Electrical Power Systems modelling for Power Quality enhancement

N. Anton, C. Bulac, Mihai Sănduleac, Eda-Elif Gemil, Bogdan-Petru Dobrin, Vlăduț-Andrei Ion
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引用次数: 1

Abstract

The increasingly important use of renewable energy resources within the electricity networks has changed the paradigm of electrical power system operation. This shift is enforced by the ever-present power electronic devices, which are used both at generation side, as well as on the consumption side, cluttering the normal operation, and issuing new threats from power quality point of view. However, the new technology involved in the advanced metering systems, such as Phasor Measurement Units (PMUs), is helping both transmission and distribution operators to efficiently manage the electrical system, by correctly identify the upcoming threats for a priori calculations, as well as the causes which may have led to faults, for a posteriori evaluation. This paper deals with the widespread use of PMU-based advanced metering systems.
基于pmu的电力系统建模以提高电能质量的概述
可再生能源在电网中日益重要的应用改变了电力系统的运行模式。这种转变是由无处不在的电力电子设备强制执行的,这些设备既用于发电端,也用于消费端,扰乱了正常运行,并从电力质量的角度发出了新的威胁。然而,先进计量系统中涉及的新技术,如相量测量单元(pmu),通过正确识别即将到来的威胁进行先验计算,以及可能导致故障的原因进行后验评估,正在帮助输配电运营商有效地管理电力系统。本文讨论了基于单片机的先进计量系统的广泛应用。
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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