造纸过程“三环节”能量结构优化MAS模型的设计

Design of "Three-link" Energy Structure Optimized MAS Model for Paper-making Process

设计了基于多Agent系统(MAS,Muti-Agent system)的造纸过程"三环节"能量结构优化模型。阐述了系统的多Agent需求、Agent的分类、能量Agent的典型模型,并从系统的角度出发分析了造纸过程用能单元与用能环节的关系,提出一种支持动态造纸过程能量流管理的"三环节"MAS结构。该结构将单元用能模型层和三环节用能结构层进行分离并建立对应的MAS,在结构内实现了环节中心控制Agent(LCA)和环节内用能单元Agent模型(EUA)的优化协同机制。

In this paper, Multi-Agent system （ MAS ） was used to design ＂three-link＂ energy structure optimized management model for energy saving in paper-making process. The designed model was applied in the energy saving platform of paper-making enterprise, the energy saving demonstration project in Guangdong province. As dealing the entire energy flow structure of paper-making process with the optimization and scheduling management, the model has a specific guide for energy saving in the paper-making industries. This paper presents the requirements of multi-agent, the classification of agents, typical Agent model, and the ＂ three-links＂ MAS structure supporting energy flow management in dynamic paper-making process based on the relationship between energy using unit and link in the system view. This structure divides the system into energy using unit and ＂three-links＂ energy structure layers, sets up the corresponding MAS, and achieves an optimized synergistic mechanism of Link Control Agent （LCA） and Energy Unit Agent （EUA）.