首页|基于多代理技术的不间断电力变电站设计及运用

基于多代理技术的不间断电力变电站设计及运用

扫码查看
为了提高整个电力变电站运行的可靠性,引入多代理技术设计不间断电力变电站.各分布式电源的自治比较独立,多代理技术则可以妥善解决各分布式电源之间的协调问题.概述智能多代理技术模型,根据变电站功率协调控制的基本技术要求,提出运用多代理技术的变电站功率协调控制策略,各代理子系统共同维持变电站功率输出水平.建立有限元状态机完成仿真设计,其仿真结果显示:多代理技术用于变电站功率协调系统之后,极大地增强了各分布式电源协调性,并且有效补偿负载波动,证明了多代理技术的有效性.
Design and Application of Uninterrupted Power Substation Based on Multi-Agent Technology
In order to improve the operational reliability of the entire power substation,Multi-Agent technology has been introduced to design an uninterrupted power substation.The autonomy of each distributed power source is relatively independent,and Multi-Agent technology can effectively solve the coordination problem between each distributed power source.The article outlines the intelligent Multi-Agent technology model,proposes a sub-station power coordination control strategy using Multi-Agent technology based on the basic technical require-ments of substation power coordination control,and each agent subsystem jointly maintains the power output level of the substation.Establish a finite element state machine to complete the simulation design.The simulation results show that after using Multi-Agent technology in the substation power coordination system,it greatly enhances the coordination of various distributed power sources and effectively compensates for load fluctuations,proving the ef-fectiveness of Multi-Agent technology.

Multi-Agent technologyUninterrupted power substationCoordinated controlLoad level

苏小会

展开 >

新乡华源电力勘察设计有限公司 河南 新乡 453000

多代理技术 不间断电力变电站 协调控制 负荷水平

2024

科技资讯
北京国际科技服务中心 北京合作创新国际科技服务中心

科技资讯

影响因子:0.51
ISSN:1672-3791
年,卷(期):2024.22(22)