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An AGC implementation for system islanding and restoration conditions

机译:系统孤岛和恢复条件的AGC实现

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An island AGC function has been implemented in a large-scale power system, Virginia Power Company (VP), to assist in system emergency and restoration situations. It is the first time that the conventional AGC function has been enhanced to be utilized, rather than to be suspended, under such circumstances. The island AGC function is designed to be implemented in both the real-time and the dispatcher training simulator (DTS) environments. The latter provides a realistic closed-loop simulation environment that mimics the real system behavior, offering an excellent opportunity for operators to be well-trained, aware and prepared for abnormal situations. This implementation has been tested on the VP system model, which consists of 4400 buses and 775 generators. It has successfully completed custom factory tests, and it is the user's opinion that the island AGC will provide a valuable additional capability for use during system restoration.
机译:孤岛AGC功能已在弗吉尼亚州电力公司(VP)的大型电力系统中实现,以协助系统紧急情况和恢复情况。在这种情况下,这是第一次增强了传统AGC功能的使用而不是暂停的功能。孤岛AGC功能旨在在实时和调度员训练模拟器(DTS)环境中实现。后者提供了一个逼真的模拟实际系统行为的闭环仿真环境,为操作员提供了很好的机会,使其可以接受良好的培训,了解并为异常情况做好准备。此实现已在VP系统模型上进行了测试,该模型由4400条总线和775个发电机组成。它已经成功完成了自定义工厂测试,并且用户认为孤岛AGC将为系统还原提供有价值的附加功能。

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