A review of power management and stability issues in microgrid

Sanjit Kumar Kaper, N. Choudhary
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引用次数: 11

Abstract

Demand of power is growing day by day but non-conventional sources which are primary sources of energy are not only limited but also the pollutants released from them cause pollution. Microgrid system is one of the best solutions of feeding electrical demand and checking pollution as most of the distributed energy resources (DER) used in the microgrid are environment friendly. Microgrid also maintains reliability of electricity in the system. Use of renewable generators like photo voltaic (PV), wind etc. provide power using conventional sources with less pollution, but their implementation in grid causes several complications like circulating current, voltage harmonics, reduction in storage life, over voltage and over current in transient etc. Apart from that other challenges like active-reactive power sharing, current sharing, power management among renewable sources and high penetration of renewable energy are required to be focused to increase the handling and working capability of microgrid. The paper proposes an extensive literature survey on these severe problems in microgrid system and enlists the different work going on to eliminate the particular type of problems.
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微电网电力管理与稳定问题综述
电力需求日益增长,但作为主要能源的非常规能源不仅有限,而且其释放的污染物也造成污染。微电网系统是满足电力需求和控制污染的最佳解决方案之一,因为微电网中使用的分布式能源大多是环保的。微电网还保持了系统电力的可靠性。使用可再生能源发电,如光伏(PV),风能等,使用污染较少的传统能源提供电力,但它们在电网中的实施会引起一些复杂问题,如循环电流,电压谐波,存储寿命缩短,过电压和瞬态过电流等。除此之外,还需要重点解决有功功率共享、电流共享、可再生能源之间的电力管理和可再生能源的高渗透等挑战,以提高微电网的处理和工作能力。本文对微电网系统中存在的这些严重问题进行了广泛的文献综述,并列举了正在进行的消除特定类型问题的不同工作。
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