摘要
运用最新人工智能技术开展中低压电网电压智能优化研究,提出了将Agent技术运用到中低压电网电压优化控制。分析了中低压电网电压控制特点,提出了基于多代理系统(MAS)的电压智能优化控制架构,研究了架构的协调机制、区域无功优化模型及多Agent之间的通信机制。在此基础上开发了具备多代理系统(MAS)功能的智能低压无功补偿装置。实验证明,MAS架构可以有效提高中低压电网的智能特性,降低电能损耗,为中低压电网电压智能优化提供了新思路。
The paper studied the intelligent voltage optimal control of distribution networks based on multi-agent system. The current situation of voltage and reactive power control of distribution networks waaas analyzed. And the theory, construction, framework, coordination and communication issues of voltage and reactive power optimization based on multi-agent system were presented. Furthermore, a new intelligent low-vohage reactive power compensation device base on LEAP was proposed. The paper points out a new way to enhance the intelligence of distribution net- works.
出处
《计算机仿真》
CSCD
北大核心
2013年第11期76-79,共4页
Computer Simulation
基金
国家863计划(2011AA05A117)
甘肃省电力公司科技项目(2012101014)
关键词
智能电压控制
无功功率和电压的优化
多代理系统
Intelligent voltage control
Optimization of reactive power and voltage
Multi-Agent system（V）
