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Power swing relaying in the Texas Panhandle - an out-of-step Odyssey

机译:德克萨斯泛城的动力摇摆中继 - 一个遥远的奥德赛

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Power swing block and out-of-step trip relaying has been used at Southwestern Public Service Company (SPS), an operating company subsidiary of Xcel Energy Inc., for more than 50 years. SPS's unique geographic location in the extreme southwest corner of the Eastern Interconnect allows for islanding opportunities to occur due to weak interconnecting transmission lines with the rest of the Eastern Grid. Because of this, the SPS system utilizes over 600 power swing relays to allow for proper islanding to prevent complete system blackouts. Setting these relays has evolved from simplistic “rules of thumb” philosophies using electro-mechanical relays to sophisticated, logic based philosophies using modern microprocessor relays. This paper will discuss the evolution of power swing relay setting philosophies for the SPS system over a 50 year span. It will show how philosophies have changed due to technological innovations in protective relays and analysis tools. It will also show how philosophies have changed due to the implementation of North American Electric Reliability Corporation (NERC) Reliability Standards.
机译:Southwestn Public Service Company(SPS)是Xcel Energy Inc.的运营公司子公司,超过50年的供电秋季公共服务公司(SPS)。 SPS在东部互连的极端西南角的独特地理位置允许由于较弱的互连传输线与东部电网的弱势传输线而发生岛屿。因此,SPS系统采用超过600个动力摆动继电器来允许适当的岛屿以防止完整的系统停电。设置这些继电器已经从使用现代微处理器继电器的特勤,基于逻辑的逻辑的逻辑,逻辑的简单化“拇指规则”的哲学中的简单化“拇指”。本文将在50年跨度讨论SPS系统的动力挥杆继电器环境哲学的演变。它将显示由于保护继电器和分析工具的技术创新,哲学如何发生变化。它还将展示哲学由于实施北美电力可靠性公司(NERC)可靠性标准而发生的哲学。

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