功率摆动对距离继电器运行的影响

Nooraizzat Yusoff, A. F. Abidin, Mohd Ezwan Mahadan
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引用次数: 2

摘要

揭示了分布式发电系统在失稳时的存在及其对电力波动的影响。对影响距离继电器区域保护的一些情况进行了观察。结果表明,在DG系统安装过程中,视阻抗均通过距离继电器保护的1区和2区。在本研究中,选择距离继电器作为保护系统进入系统网络,以保护传输线。距离继电器将具有瞬时方向1区保护和一个或多个延时区。1区产生的跳闸信号是瞬时的,不应到达第一条线路末端的母线,因此仅覆盖输电线路保护线路的80-85%。剩余的15-20%提供了一个安全系数,以减轻电流和电压互感器以及线路阻抗计算带来的错误。线路末端的15-20%由2区保护。本文最后对有DG和无DG输电线路保护过程中的各种情况进行了捕捉和讨论。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The impact of power swing to the operation of distance relay
The presence of Distributed Generation (DG) System with the impact to the power swing during the instability was revealed. Some of the scenario which affect to the Zone Protection of Distance Relay has been observed. The result shows that the apparent impedance was passes through both the Zone 1 and Zone 2 of protection of distance relay during installing the DG system to the network. In this study, the distance relay is chosen to be a protective system into the system network in order to protect the transmission lines. The distance relay will have the instantaneous directional Zone 1 protection and one or more time delayed zones. The tripping signal produced by Zone 1 is instantaneous that is should not reach as far as the busbar at the end of the first line so it is to cover only 80-85% of the protected line of transmission lines. The remaining 15-20% provides a factor of safety in order to mitigate against errors introduced by the current and voltage transformer, and line impedance calculations. The 15-20% at the end of the line is protected by Zone 2. All of the circumstances during protective of transmission line with and without DG system have been captured and discussed in the end of this paper.
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