利用PMUs在实验室试验台实现多机同步孤岛

Mats-Robin Jacobsen, D. Laverty, R. Best, John Hastings
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引用次数: 0

摘要

本文介绍了一种多机同步孤岛技术。这可以用来帮助管理有意和无意的孤岛操作,其中部分电网从大型公用事业电网中分离出来。提出的多机控制方案是建立在作者先前对单机控制的研究基础之上的。所提出的控制方案在物理实验室试验台上实现和测试,该试验台是本工作的一部分。结果表明,同步孤岛的实现是成功的。系统在相当大的负载阶跃期间保持频率和相位角的能力是可以接受的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Multi-Machine Synchronous Islanding Achieved in a Laboratory Test Bed Utilizing PMUs
This paper describes a multi-machine synchronous islanding technique. This can be used to aid management of both intentional and unintentional island operation where the part of the grid becomes fragmented from the bulk utility grid. The multi-machine control scheme presented builds upon previous work on single machine control by the authors. The control scheme presented is realized and tested using a physical laboratory test bed which was developed as part of this work. The results show that synchronous islanding was successfully demonstrated. The ability of the system to maintain frequency and phase angle during a considerable load step was acceptable.
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