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Microgrid and load shedding scheme during islanded mode: A review

机译:孤岛模式下的微电网和减载方案:综述

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摘要

Microgrid (MG) innovation is an enhancement medium for incorporate numerous distributed energy resources (DER) into power distribution systems. In the utility power industry, the implementation of microgrid can give network support at times of stress by helping restoration after faults to Rile the power demand by end customer. However, when disengagement from the Medium Voltage (MV) grid happens, the MG would instead operate as an emergency mode. So as to manage with this mode of operation, energy management strategies (EMS) is applied ensure the reliability of energy flow between load and supply. Load shedding schemes can be utilized to decrease the quantity of associated burden to a level that can be securely supported by accessible generation during emergency mode. This paper provides a review on the load shedding strategies that can be embraced for operation of a microgrid when it gets to be isolated.
机译:微电网(MG)创新是一种增强介质,可将众多分布式能源(DER)整合到配电系统中。在公用电力行业中,微电网的实施可以在出现压力时通过帮助故障发生后的恢复来满足最终客户的电力需求,从而为网络提供支持。但是,当发生与中压(MV)电网脱离时,MG将改为应急模式。为了使用这种操作模式进行管理,应用了能量管理策略(EMS),以确保负载与供应之间的能量流的可靠性。减载方案可用于将相关负担的数量减少到在紧急模式下可访问的生成可以安全地支持的水平。本文提供了有关微电网隔离时可以接受的减载策略的综述。

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