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Functional Properties of Stand-alone Microgrid EMS Application
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 Title & Authors
Functional Properties of Stand-alone Microgrid EMS Application
Lee, Ha-Lim; Chun, Yeong-Han; Chae, Wookyu; Park, Jungsung;
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For many past years, research in the operation of stand-alone Microgrid, which provides electric power generated from renewable energy sources and energy storage system instead of diesel generators, has been a major issue in order to prepare the exhaustion of fossil fuel and to protect environment, in island grids. Samso Island, known as the world`s first stand-alone Microgrid in Denmark, is connected to the mainland grid through AC system, which has different technical conditions with Korea`s isolated power system. Korea`s first stand-alone Microgrid has been built in Ga-sa island, Chun-la-nam-do, based on Energy Management System (EMS) operation, and other islands are under construction to follow the next step. These stand-alone Microgrid`s has large capacity of Battery Energy Storage System (BESS) and the proportion of the renewable energy sources are large, which makes it necessary to use a Microgrid-Energy Management System (MG-EMS) to operate the grid effectively and economically. However, since the main subject of MG-EMS is different from EMS, specific characteristics and functions must be different as well. In this paper, the necessary characteristics and functions are explained for a general MG-EMS compared to a large power system EMS.
Stand-alone Microgrid;Microgrid EMS;renewable energy;Battery Energy Storage System;
 Cited by
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"신재생에너지 기반 융복합 에너지시스템 및 계통연계 기술개발 최종 보고서", 한전전력연구원, 2015.