案例研究:设计保护系统,最大限度地减少潜在的隐藏故障

Xiaofei Gao, J. Thorp, D. Hou
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引用次数: 15

摘要

历史数据表明,保护系统的隐性故障是造成电力系统级联扰动的原因之一。保护系统中存在多种类型的隐性故障,包括仪表变压器、断路器等一次设备、二次系统硬件和固件以及继电器设置。大多数隐藏故障可以追溯到保护系统维护问题。有了先进的数字继电器和通信,保护系统可以设计出更完善的机制来监测保护系统的状况,并最大限度地减少潜在的隐藏故障。本文分析了保护系统状态维修的关键要求。本文提出了一种继电器监控系统(RSS)作为保护系统的一部分,以改善基于状态的维护和减少隐藏故障。本文通过几个实际项目说明RSS的结构和功能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Case studies: Designing protection systems that minimize potential hidden failures
Historical data indicate that protection system hidden failures contribute to cascading power system disturbances. There are many types of hidden failures in protection systems, including in instrument transformers, primary equipment such as breakers, secondary system hardware and firmware, and relay settings. Most of the hidden failures can be traced to protection system maintenance issues. With advanced digital relays and communications, protection systems can be designed with much improved mechanisms that monitor protection system conditions and minimize potential hidden failures. This paper analyzes the key requirements of condition-based maintenance for protection systems. The paper proposes a relay supervisory system (RSS) as a part of protection systems to improve condition-based maintenance and mitigate hidden failures. The paper illustrates the structure and functions of the RSS with several real-world projects.
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