Load shedding in microgrids

Neda Hajimohamadi, H. Bevrani
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引用次数: 1

Abstract

Similar to conventional systems, having acceptable voltage and frequency is necessary in a microgrid (MG). This issue is realized by grid in grid-connected mode. But in islanded mode, it depends on proper controllers in primary, secondary and emergency levels. Security in MG following a severe disturbance can be established through emergency control like shutdown of a unit, demand side management, islanding and load shedding. In this paper, a controller is designed to stabilize MG performance during islanding. Also, a load shedding plan as one of the last actions to prevent blackout of isolated system is presented.
微电网的减载
与传统系统类似,在微电网(MG)中,具有可接受的电压和频率是必要的。这个问题是通过并网模式下的网格来实现的。但在孤岛模式下,它取决于主要、次要和紧急级别的适当控制器。在严重扰动后,MG的安全可以通过紧急控制来建立,如关闭机组、需求侧管理、孤岛和减载。本文设计了一种稳定磁控系统在孤岛状态下性能的控制器。并提出了作为隔离系统防止停电的最后措施之一的减载方案。
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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