Advanced Multi-terminal Line Current Differential Relaying and Applications

R. Hedding, F. Mekić
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引用次数: 9

Abstract

Current differential relaying has long been an alternative to directional comparison relaying, especially for short line applications. Current transformer performance has always been one of the limiting factors is using a current differential scheme. Summing the current transformer currents before entering the relay deepens the problem. With the advent of multi-terminal current differential relays, individual currents can be kept isolated throughout the differential process, mitigating the problem. This paper describes differential relaying techniques and shows examples of how keeping currents separate helps solve real application problems
先进多端子线路电流差动继电器及其应用
电流差动继电器长期以来一直是方向比较继电器的替代方案,特别是在短线应用中。一直以来限制电流互感器性能的因素之一就是采用电流差动方案。在进入继电器之前对电流互感器的电流求和使问题加深。随着多端电流差动继电器的出现,单个电流可以在整个差动过程中保持隔离,从而缓解了这个问题。本文介绍了差动继电器技术,并举例说明如何保持电流分离有助于解决实际应用问题
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