Get in step with synchronization

D. Ransom
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引用次数: 1

Abstract

This paper presents a review of power-system synchronization. When two sources are paralleled, it is crucial to close the interconnecting circuit breaker when both sources are in voltage, frequency, and phase coincidence. Operators can synchronize manually, or use the latest, state-of-the-art autosynchronizers (ANSI/IEEE device 25A) [1] and sync-check relays (ANSIIIEEE device 25) to automate closing. Generator and bus synchronization share most principles, with some important differences for each type of synchronization. For generation plants, closing manually or applying an automatic synchronizer depends a lot on the plant configuration and operating mode. For bus-line applications, synchronizing depends on power-system stiffness, motor loads, and whether a wye-delta transformer is between the line and bus. Methods for attaining proper synch-check and fast synchronization are discussed.
与同步保持一致
本文对电力系统同步进行了综述。当两个源并联时,当两个源的电压、频率和相位一致时,闭合互连断路器是至关重要的。操作员可以手动同步,或使用最新的,最先进的自动同步器(ANSI/IEEE设备25A)[1]和同步检查继电器(ANSI/IEEE设备25)自动关闭。生成器和总线同步共享大多数原理,每种同步类型有一些重要的区别。对于发电厂来说,手动关闭或应用自动同步器在很大程度上取决于电厂的配置和运行模式。对于母线应用,同步取决于电力系统的刚度,电机负载,以及在线路和母线之间是否有单向增量变压器。讨论了实现适当同步检查和快速同步的方法。
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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