Dynamic Average Consensus Based Control Scheme in Community Microgrid

Seema Magadum, N. Archana, Santoshkumar Hampannavar
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引用次数: 0

Abstract

Microgrid addresses the solution for many real time complications of centralized grid operation. The gap between the centralized and smart grid paradigm can be filled with the help of smartly operating microgrid systems. The challenges faced in centralized control can be addressed by distributed control techniques. The hierarchical control strategies are widely adopted for reliable operation of microgrid systems. The three control layers adopt different techniques to meet the voltage and frequency regulation along with power sharing concerns. The secondary layer can adopt dynamic average consensus algorithm for exchanging the data to immediate neighbor unit with limited communication requirement. The algorithm achieves the aim of centralized controller in a distributed manner. This paper provides review on the dynamic average consensus based distributed control in microgrid operation.
基于动态平均共识的社区微电网控制方案
微电网解决了集中式电网运行的许多实时复杂问题。集中式电网和智能电网之间的差距可以通过智能运行的微电网系统来填补。集中控制所面临的挑战可以通过分布式控制技术来解决。为了保证微电网系统的可靠运行,分级控制策略被广泛采用。三个控制层采用不同的技术来满足电压和频率调节以及功率共享问题。第二层可以采用动态平均一致性算法,在通信需求有限的情况下与相邻单元进行数据交换。该算法以分布式的方式实现了集中控制的目的。本文综述了微网运行中基于动态平均共识的分布式控制。
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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