Design of Intelligent Monitoring and Control System for Carbon Emission in Residential Operation Stage
With the proposal of the carbon peaking and carbon neutrality goals,the problems of high energy consumption and high carbon emissions in the residential operation stage need to be solved urgently.This paper constructs an intelligent monitoring and control system for carbon emission that starts from the external environment side,supply side,transmission side and demand side,with the perception layer,transmission layer,control layer and application layer as the infrastructure,which is more refined for the characteristics of public and private areas of residential carbon emissions and the relationship between the supply and demand of living energy,and solves the intelligent monitoring and control problems of energy consumption and carbon emissions in the operation stage of residential buildings.The system comprehensively considers the dynamic changes of the external environment,system supply side,internal transmission side and demand side during the operation process,proposes a hierarchical and differentiated control mode,corresponding technical measures and system architecture according to the characteristics of the residence,and designs a reasonable energy consumption management and carbon emission optimization control strategy to achieve the normal operation of the residence under the conditions of low energy consumption,low carbon emissions and meeting the use demand.While improving the management efficiency and intelligent level,the energy consumption and carbon emissions in the residential operation stage are reduced.
residential buildingoperation stagecarbon emission control
NETL
NSTL
万方数据
维普
