The Research and Application of Intelligent Distributed Feeder Automation in Overhead Line

Ju-Zhuo Wu, Shu-Yuan Chen, Zi-Jian Gao, Yi-Yang Huang, Guang-Hui Zeng, Chen-chen Zhang
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引用次数: 1

Abstract

In order to overcome the disadvantage of voltage- time type feeder automation in overhead line, such as long fault processing time and multiple power grid impulse, a modification scheme of intelligent distributed feeder automation based on intelligent terminal is proposed in this paper. By using the wireless communication channel to realize the fast exchange between the two adjacent terminal, the scheme locates, isolates the fault point and recovers the power supply of non-fault areas in-situ according to the principle that the terminal on one side of the fault position can detect the fault current while the terminal on the other side of the fault position cannot detect the fault current, which can shorten the fault disposing time and reduce the switch operation times. Meanwhile, when in case of communication failure, the automation mode can adaptively switch to the original voltage-time feeder automation. The modification scheme propose in this paper has been successfully implemented on overhead lines in Zhuhai area, which will improve the reliability of power supply of overhead line.
架空线智能分布式馈线自动化的研究与应用
为了克服电压时间型馈线自动化在架空线路中故障处理时间长、电网冲击多的缺点,提出了一种基于智能终端的分布式馈线自动化智能改造方案。该方案利用无线通信信道实现相邻两个终端之间的快速交换,根据故障位置一侧终端能检测到故障电流,而故障位置另一侧终端不能检测到故障电流的原理,对故障点进行定位、隔离,并在现场恢复非故障区域的供电,从而缩短了故障处理时间,减少了开关操作次数。同时,在通信故障的情况下,自动化模式可以自适应切换到原有的电压-时间馈线自动化。本文提出的改造方案已在珠海地区的架空线上成功实施,提高了架空线供电的可靠性。
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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