Implementation of Intersubstation IEe 61850 GOOSE Message for Distance Protection Scheme with Teleprotection

Idam Firdaus, Muhammad Fadli Nasution, Riarsari Meirani Utami
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引用次数: 1

Abstract

Transmission line protection system isolates transmission lines from both temporary and permanent faults. For many years, distance protection relays have been used to provide a simple yet reliable transmission line protection system. Distance protection has several protected zones based on transmission line impedance measurements, typically zone1 as main protection, zone2 and zone3 as remote backup protection. However, instantaneous zone 1 only covers 80%-90% of the protected transmission line. As a result, there is a section on the transmission line when faults occur cleared by time delay zone 2. Additionally, the auto reclose function also cannot be applied to the fault detected in this section. The distance protection relay is equipped with a teleprotection device to work selectively and instantly in the protected zone. But several substations are not equipped with teleprotection devices therefore they still use the basic distance scheme. As a result, if a transient fault occurs in zone 2, the CB will not reclose but trip with a time delay and increased outage frequency even from a transient fault. This paper proposed an intersubstation IEC 61850 GOOSE Message for distance protection scheme with teleprotection by transmitting GOOSE Messages through the intranet. The configuration, function testing, and performance are all discussed based on the implementation in the Rangkas-Bunar 70 kV Transmission Line. The results showed that the proposed scheme succeeded in improving distance protection by ensuring continuity of electricity transmission in the event of a transient fault.
带远程保护的变电站间ie61850 GOOSE报文远程保护方案的实现
输电线路保护系统可以隔离输电线路的暂时性和永久性故障。多年来,距离保护继电器一直用于提供简单而可靠的传输线保护系统。距离保护有几个基于传输线阻抗测量的保护区域,通常是zone1作为主保护,zone2和zone3作为远程备份保护。瞬时1区仅覆盖被保护传输线的80% ~ 90%。因此,在传输线上有一段发生故障时被延时区2清除。此外,自动关闭功能也不能应用于本节检测到的故障。该距离保护继电器装有远保护装置,在保护区内有选择地瞬间工作。但是一些变电站没有配备远程保护装置,因此他们仍然使用基本的距离方案。因此,如果在2区发生暂态故障,即使发生暂态故障,断路器也不会合闸,但会延迟跳闸并增加停电频率。本文提出了一种基于IEC 61850的跨站GOOSE Message远程保护方案,该方案通过intranet传输GOOSE Message进行远程保护。通过在朗卡斯-布纳尔70kv输电线路上的实现,讨论了该系统的配置、功能测试和性能。结果表明,该方案在保证暂态故障时电力传输的连续性的基础上,成功地提高了距离保护。
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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