智能电网同步加速器标准和指南

K. Martin
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引用次数: 14

摘要

同步测量已从上世纪 80 年代的一个概念发展成为输电和电网集成的重要推动因素。它是广域监控的关键要素,使运营商能够观察到系统集成增加和可再生能源高度渗透所带来的日益复杂的情况。电气和电子工程师学会(IEEE)与时俱进,赞助制定了同步传感器技术的标准和指南,以确保设备的顺利集成。本文概述了电力系统继电委员会最近制定或更新的四项标准和指南。第一个标准是 1995 年发布的 IEEE 标准 1344。该标准已发展成为当前的标准:C37.118.1-2011 是关于同步传感器测量性能的标准,C37.118.2-2011 是关于同步传感器数据传输的标准。此外,我们现在还有 C37.242-2012 同步系统计时和测试指南,以及 C37.242-2012 相位数据集中器 (PDC) 指南。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Synchrophasor standards and guides for the smart grid
Synchrophasor measurement has evolved from a concept in the 1980's to a significant enabler of transmission and grid integration. It is a key ingredient to wide area monitoring, enabling operators to observe the increasing complexity brought about by increased integration of systems and high penetration of renewables. The IEEE has kept pace by sponsoring development of standards and guides for synchrophasor technology to assure smooth integration of equipment. This paper outlines four recently developed or updated standards and guides sponsored by the Power System Relaying Committee. The first standard was the IEEE Standard 1344, published in 1995. This has evolved into the current standards: C37.118.1-2011 for performance of synchrophasor measurements and C37.118.2-2011 for transfer of synchrophasor data. In addition we now have C37.242-2012 a guide for timing, and testing synchrophasor systems and C37.242-2012 a guide for phasor data concentrators (PDC).
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