Design And Development Of Energy Efficiency Management System Based On Intelligent Interaction Technology

Intelligent power,as an important pillar of the smart grid for the user side,is the basis and physical carrier to achieve smart grid.Intelligent power refers to accomplish optimal allocation of power,energy saving and environmental protection and easier life for people by smartly controlling and distributing the power and with the Power information terminal interactionSupported by supported by communication technologyIntelligent power.covers.the.High.speed.communication.technology,.Smart.meter.technology,Intelligent acquisition technology,Interactive terminal technology,Customer response technology,which applies the cluster techonoly ofComputer Applications Technology,Modern Communication Technology,Advanced measurement techniques,Control theory,Graphvisualization,etc.Intelligent power system provides electricusers with the intelligent and diversified and interactive power services,by applying Information sharing platform to exchange information,as well as the intelligent electricity service system technical support platform and Intelligent electricity service system interactive platform.This paper discusses the application of Terminal load and Power grid interactive technology;meanwhile,the paper designs and researches and develops User efficiency management system based on Smart power technology.By consulting all the literatures regarding the application of Smart power technology to improve the energy efficiency,the paper states the basic status and methodology from virieties of aspects,including policy environment,technology theory,system design standard,and Demonstration practices,etc.The efficiencyassessmentmethod theory,for Comprehensive energy efficiency assessment index system of electric power users,consists of four Level-1 subsystem indexes,namely.Ecconomic.efficiency.Energy.information,production information,Electrical.ener gy.pollution.It.also.consists.of.20.Level-2.subsystems.indexes.for ecconomy,.energy,production,evironment aspects,The analysis.methods apply clusteringanalysis,principalcomponentanalysis,syntheticweightdetermination analysis.