基于Agent的电力系统管理——拥塞管理的概念

P. Trojan, M. Wolter, P. Komarnicki
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引用次数: 7

摘要

拥塞管理是电力系统的技术难题之一。私有化和市场自由化导致现有和未来电力系统的运行条件紧张。此外,电力系统的复杂性日益增加,导致对实际电网状况信息和智能控制方法的需求增加。不幸的是,来自每个节点的测量数据不在分布级别。分散控制方法的引入克服了集中控制的局限性,如主控制器的故障。本文提出了一种基于多智能体系统的拥塞管理概念。在该方法中,控制过程通过基于功率传输分配因子方法的有功功率调节来实现。根据拥堵线路的位置,适当的代理启动整个重新调度过程。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Agent based power system management — Concept of congestion management
Congestion management is one of the technical challenges in the power system. Privatization and market liberalization lead to stressed operating conditions in existing and future power systems. Additionally, the increasing complexity of the power system results in an increased need for information on the actual grid condition and intelligent control methods. Unfortunately, measurement data from each node is not in the distribution level. Introduction of decentralized control methods allows overcoming the limitations associated with centralized control, like failure of main controller. In this paper, a concept of congestion management using a multi-agent system is presented. In this approach, control processes are realized by active power adjustments based on Power Transfer Distribution Factor methodology. Depending on localization of congested line, appropriate agent initiates the whole redispatch procedure.
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