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Microprocessor-based UHS relaying for distance protection using advanced generation signal processing

机译:基于微处理器的UHS中继,可通过高级信号处理实现距离保护

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摘要

UHS (ultra high speed) refers to operating times of less than 5 ms on 50 Hz power systems. Three distinct types of UHS relaying realization in distance protection via advanced-generation digital signal processing, possible with cheap and readily available VLSI chips, are considered. Type I is the correlator detector: Type II and III are the spectrum and cepstrum analyzers, respectively. The performance of these detectors is evaluated with respect to varying system configurations that complicate the post fault signals. Microprocessor implementation of these techniques show that 5 ms limit is achieved in Type I and II detectors, whereas the Type III detector can operate in 3 ms.
机译:UHS(超高速)是指在50 Hz电源系统上的运行时间少于5毫秒。考虑了通过先进的数字信号处理在距离保护中实现UHS中继的三种截然不同的类型,这可能是廉价且容易获得的VLSI芯片所可能实现的。 I型是相关检测器:II型和III型分别是频谱分析仪和倒谱分析仪。相对于使故障后信号复杂化的各种系统配置,评估了这些检测器的性能。这些技术的微处理器实现表明,I型和II型检测器可达到5 ms的限制,而III型检测器可在3 ms内运行。

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