测量由确定的电力系统故障引起的下垂电压

P. Heine, P. Pohjanheimo, M. Lehtonen, A. Oikarinen
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引用次数: 0

摘要

本文给出了对已识别的五种故障情况的电压暂降测量结果。所有的测量都是在20千伏侧的110/20千伏变电站进行的。其中一起故障是由倒下的110千伏电塔引起的,另外两起故障是由变电站供电的20千伏中压馈线上倒下的树木引起的。另一个案例涉及由小动物引起的故障,发生在邻近的中压网络中。第五种故障案例是最典型的故障类型,20kv网络中的接地故障,故障本身不会导致低压用户位置的电压下降,但与故障清除程序相关的电路操作会导致电压下降。说明了测量的安排,并给出了这些特殊故障的测量结果。通过这种方式分析已识别的故障,可以加深对系统性能的理解。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Measured sagged voltages caused by identified power system faults
Results of voltage sag measurements from five identified fault cases are presented in this paper. All the measurements were performed at one 110/20 kV substation on the 20 kV side. One fault was caused by a fallen 110 kV tower and two cases represent fallen trees on a 20 kV medium voltage feeder supplied by the substation in question. Another case concerns a fault, caused by a small animal, that occurred in a neighbouring MV network. The fifth fault case is an example of the most typical fault type, an earth fault in the 20 kV network where the fault itself causes no sagged voltages at low voltage customer locations but the circuit operations pertaining to the fault clearing procedure do. The measurement arrangements are explained and the measurement results of these particular faults are presented. By analyzing identified faults in this way, understanding of the system performance can be deepened.
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