通过串行保护数据接口传输两个端相量测量,精确到故障定位器的距离

M. Claus, J. Holbach
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引用次数: 1

摘要

故障定位功能是现代数字馈线保护装置的标准功能。通常的做法是通过在每条线路两端分别测量阻抗来计算故障位置。到目前为止,所有在单端故障定位中使用的计算技术都显示出有限的准确性。所能获得的精度受到自然约束的限制。影响准确性的常见因素如下所述。本文介绍了采用对端线测量值的双端线故障定位仪的基本改进。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Precise distance to fault locator with two end phasor measurement transmitted via serial protection data interface
Fault locator functionality is a standard feature in modern numerical feeder protection devices for transmission systems. It is common practice to calculate the fault location via an impedance measurement separately at each line end. All calculation techniques used to date in this ldquosingle endedrdquo fault location exhibit limited accuracy. The accuracy that can be obtained is limited by natural constraints. The common factors that influence the accuracy are described below. Hereafter, the fundamental improvement provided by the ldquotwo endedrdquo fault locator, which in addition uses the measured values from the opposite line end, are described.
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