城市电网自愈控制的分层递阶体系结构

Hierarchical Architecture for Self-Healing Control of Urban Power Network

为实现城市电网的自愈控制,基于分层递阶控制理论和智能体群体系统理论,根据城市电网及其运行模式特点,提出了基于智能体群体系统的城市电网自愈控制分层递阶结构。详细设计了各级智能体结构,对典型城市电网的试验表明,该体系结构能够满足城市电网自愈控制对全局协调控制和局部快速响应的需求。

To implement self-healing control of urban power network,based on hierarchical control theory and multi-agent system（MAS） and according to the features of urban power network and characteristics of its operating modes,an MAS-based hierarchical structure for self-healing control of urban power network was proposed,and the agent structures of all layers were designed in detail.The proposed self-healing control was verified by simulation of a typical urban power network,and simulation results showed that the proposed hierarchical structure could meet the demand of self-healing control of urban power network on global coordinated control and local fast response.