Research on Lightning Point Location of Transmission Line Based on Improved Two-Terminal Traveling Wave Method

Jinhuang Wang, Zheng Huang, Y. Leng
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引用次数: 1

Abstract

In the southern region, lightning strikes occur frequently, causing serious harm to the stable and safe operation of the power grid. In order to strengthen the lightning protection level of the line and save investment, it is necessary to strengthen the insulation of poles, towers, lines and adjacent parts those are frequently struck by lightning, especially in hilly and mountainous areas. In Sichuan, Yunnan and Shenzhen and others regions to install a lot of lightning overvoltage online monitoring device, on this basis, put forward based on the improved double terminal method of travelling wave transmission line lightning positioning technology, used for statistics on a line by lightning tower or adjacent lines of by lightning overvoltage waveform on both ends of the acquisition, to extract the first time, calculate the time difference, and have been identified by lightning tower measured time take difference divided by the average of double tower wave propagation time of adjacent tower by direct lightning and reference tower distance of implementation of lightning orientation. Through the detection of measured data, it has good precision and good application prospect. paragraph.
基于改进双端行波法的输电线路避雷点定位研究
南方地区雷击频发,对电网的稳定安全运行造成严重危害。为了加强线路的防雷水平,节约投资,有必要对经常遭雷击的杆子、塔、线路及其邻近部位进行绝缘加固,特别是在丘陵山区。在四川、云南和深圳等地区安装了大量的雷电过电压在线监测装置,在此基础上,提出了基于改进的行波双端法的传输线雷电定位技术,用于统计一条线路上受雷击塔或相邻线路上受雷击过电压两端波形的采集,提取第一时间,计算时差,并通过已识别的雷击塔实测时间取差值除以相邻塔双塔波传播时间的平均值,通过直接雷击和参考塔距实现雷击定向。通过对实测数据的检测,具有较好的精度和良好的应用前景。段落。
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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