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Demand side integration in LV smart grids with multi-agent control system

机译:带有多智能体控制系统的LV智能电网中的需求侧集成

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摘要

The low-carbon society requires significant changes in the operation and planning of distribution systems. In order to exploit existing low voltage systems, Demand Side Integration is essential for offering services that increase security and quality of supply, improve energy efficiency and reduce the energy cost. In this paper, a decentralised multi-agent system (MAS) for the coordination of active demand and plug-in electric vehicles is proposed. The load Aggregator aggregates the demand to sellenergy and services by operating a Master Agent and independent Agents. The Master Agent coordinates independent Agents for moving demand to the most convenient hours without degrading power quality. All Agents use a combination of local and global data to perform the optimisation following the Nash's theory on games. The MAS does not require huge bidirectional information flows and is better suited than centralised systems to LV systems. (C) 2015 Elsevier B.V. All rights reserved.
机译:低碳社会要求对配电系统的运行和计划进行重大改变。为了开发现有的低压系统,需求方集成对于提供可提高安全性和供电质量,提高能源效率并降低能源成本的服务至关重要。本文提出了一种用于主动需求和插电式电动汽车协调的分散式多智能体系统(MAS)。负载汇总器通过运行主代理和独立代理来汇总对销售能源和服务的需求。主代理协调独立的代理,以将需求转移到最方便的时间,而不会降低电能质量。所有探员均使用本地和全局数据的组合来执行遵循Nash游戏理论的优化。 MAS不需要大量的双向信息流,并且比集中式系统更适合LV系统。 (C)2015 Elsevier B.V.保留所有权利。

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