摘要
针对火电厂生产过程控制系统的组成、功能、目标、方法及其分布特性,给出了基于MAS控制的建模和拓扑结构,并对MAS控制系统协调工作过程的实现机制进行了分析,结合现场DCS进行了实际应用。投运结果表明,该方法对大滞后、非线性、多干扰、变参数的火电厂生产过程具有较好的控制能力,同时证明了MAS在解决火力发电厂生产过程控制方面的有效性。
According to the characteristics in manufacturing processes control of coal-fired power plants ,the model and the topological structure of manufacturing processes control system based on the Multi Agent System （MAS） is designed. The realizable mechanism of intelligent control system using MAS model is analyzed. The results show that the control method is valid especially working on the problems of lag, nonlinear ,multi-disturbance, variable parameter ,and the possibility of the solution proved to be effective.
出处
《电力学报》
2008年第5期390-393,共4页
Journal of Electric Power
关键词
智能控制
火力发电
生产过程
多智能体
建模
intelligent control
coal-fired power plants
manufacturing processes
multi-agent modeling
