Demand side carbon flow edge analysis method, terminal and system

Abstract

The invention provides a demand side carbon flow edge analysis method, terminal and system. The system comprises a carbon flow monitoring terminal connected with a carbon flow edge terminal, a demand side energy consumption terminal and a carbon flow master station; the carbon flow edge terminal collects field data of each energy consumption end of a demand side energy consumption unit; carbon flow accounting, carbon emission analysis and energy efficiency analysis are carried out according to energy types on the basis of all field data; a regulation and control command is formed based on the carbon flow accounting result, the carbon emission analysis result and a pre-stored regulation and control strategy; the regulation and control command is issued to an energy consumption end and / or a carbon flow monitoring terminal; and the field data, the carbon flow accounting result, the carbon emission analysis result and the energy efficiency analysis result are uploaded to a carbon flow master station. The carbon flow edge terminal can perform edge calculation and analysis on the field data of the energy consumption end, so that the local application response efficiency can be enhanced, and the energy consumption end can be subjected to optimization control.

Description

technical field [0001] The invention relates to the field of carbon emission management and monitoring, in particular to a demand-side carbon flow edge analysis method, terminal and system. Background technique [0002] In order to cope with global climate change and achieve the goal of energy conservation and emission reduction, it is necessary to strengthen the supervision of the carbon emissions of energy-consuming units; energy-consuming units actively seek energy-saving and emission-reduction strategies, formulate low-carbon operation measures, and participate in carbon trading market activities; third parties Energy-using service units actively understand the carbon emissions of energy-consuming units in order to provide energy-saving optimization services. Accurate quantification, analysis, and accounting of carbon emissions are the basis for the above-mentioned work, and play a role in the process of carbon emission reduction. basis for emission reductions. [0003...

AI Technical Summary

Problems solved by technology

However, the devices or systems of energy-consuming units are characterized by dispersal and fragmentation. Relying solely on the cloud master station will be under great pressure for calculation and analysis, and the response time for requests will be long. Energy-consuming units provide services such as local energy flow and carbon flow analysis and optimal control in the flow process of energy input, conversion and consumption.

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