可再生能源2013，Vol.31Issue(3)：36-39,4.
基于多智能体的风电并网协同控制研究
Study on wind power grid-connection coordination control based on multi agent system
摘要
Abstract
Large-scale wind farm grid scheduling and control is one of the most important problems that need to be solved in China's wind power development. In this paper,according to the characteristics of the power system in Shanxi province,using a distributed coordinated Multi-Agent System, a combined "wind power - thermal power - hydroelectric" scheduling mode is proposed. Based on the JADE platform, a control strategy with Multi -Agent System, in which scheduling agent arranges the wind-power agent, thermal-power agent and hydropower agent to make sure the output of each power supply in the power system to track load changes. Simulation results show that the "wind power - thermal power -hydroelectric" scheduling mode can not only effectively solve the large-scale wind power impact on power system, but also take into account the supply coal consumption in thermal power units in the scheduling process, and keeps system running more economically.关键词
风电并网/MAS/协同控制Key words
wind power grid-connection/MAS/coordination control分类
能源科技引用本文复制引用
韩西贵,王灵梅,郭红龙,郭东杰..基于多智能体的风电并网协同控制研究[J].可再生能源,2013,31(3):36-39,4.基金项目
山西省重大科技专项(20111101048). （20111101048）
