Research On Energy Saving And Optiminzation Model Of Papermaking Process Based On Muti-Agent

Energy saving in Manufacturing industry is an international research focus during recentyears, and also is the national "Eleventh Five Year" and "Twelfth Five Year" priority supportresearch areas. Paper industry is not only an important basic raw material industry closelyrelated to national economic and social development, but also a high energy consumptionindustry. Therefore, the integration and optimization of papermaking process energy system isan important research area.The paper studied Multi Agent Energy network of paper machine dryer section, based ondepth analysis of paper process and key energy consumption equipment machine dryingsection, with the help of Guangdong Hong Kong Key Field Research Foundation Project(project number:2007B050200010)and Science Technology project in GuangdongProvince(project number:200701092)"Development and demonstration of key andcommon energy saving technologies of pulping and papermaking industry" The energy andmaterial balance simulation model were built according to energy and material parameters,based on networks of WinPAMS (PAper Mill Simulator). The optimal allocation of thermalenergy based Multi Agent coordination, the energy distribution model, the mixed linearcomplementary problem(MLCP), the Agent coordination strategy and coordination algorithmmodel were studied in the simple topology network of fresh steam flow in the drying section.This paper studied the optimization of Multi Agent coordination mechanism model of"three links" energy structure in the paper making process. According to energy transfercharacteristics in the papermaking process, the expression and establishment of Agent modelwhich supported to "three links" energy optimal structure model in the papermaking processwere studied, with the integration of the achievement of National973Research Project"'three links' comprehensive energy optimization theory and technology", and MRPII/TOCetc. other advanced production management models. The optimal energy scheduling model inthe paper production process was proposed, with the integration of distributed artificialintelligence, system optimization technology etc. energy saving technology, to make thecomplex energy system optimization problem can be broken down and simplified, andestablish a energy system which could take full advantage of Agent characteristic and asupporting architecture for further effective integration of optimization strategy andalgorithms in the subsystem energy networks of papermaking process.