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分布式新能源管理系统可看成一个实际的多代理系统(Multi-Agent System,MAS),以Java Agent Development Framework(JADE)平台作为开发环境,给出了能量管理系统的结构、数学模型及性能指标,引入包含蓄电池的Generation agent,定义了各Agent的行为,建立了基于JAVA语言的多Agent分布式能量管理系统;通过一个能量需求,仿真(负载变化)验证系统的可行性。仿真结果表明系统能够满足分布式发电能量管理系统要求的分布性、开放性、混合性、协作性及自主性。
The distributed new energy management system can be regarded as an actual Multi-Agent System (MAS). With the Java Agent Development Framework (JADE) platform as the development environment, the structure, mathematical model and performance of the energy management system are given The author introduces Generation Agent which contains batteries, defines the behavior of each agent, and builds a multi-agent distributed energy management system based on JAVA language. Through an energy demand simulation, the feasibility of the system is verified by simulation (load change). The simulation results show that the system can meet the distributed, open, mixed, cooperative and autonomous requirements of distributed generation energy management system.