Urban electrical equipment carbon emission evaluation system

Abstract

An urban electrical equipment carbon emission evaluation system disclosed by the present invention comprises an electrical appliance electricity consumption statistics module, a carbon emission calculation module and an electrical appliance control module, and the electrical appliance electricity consumption statistics module comprises a household electrical appliance electric quantity monitoring unit, an electric quantity state monitoring unit, an electric quantity calculation unit and an electric quantity output unit. The household electrical appliance electric quantity monitoring unit transmits electric quantity information to the electric quantity calculation unit for electric quantity calculation, the electric quantity state monitoring unit detects the power-on state of an electric appliance and transmits state information to the electric appliance control module, and the electric quantity calculation unit transmits the calculated electric quantity information to the carbon emission calculation module through the electric quantity output unit. And the carbon emission calculation module transmits the carbon emission information to the electric appliance control module for emission evaluation. According to the invention, the electric quantity monitoring unit is arranged to monitor the power utilization of the electric appliances, and the electric quantity statistical unit is used for counting, so that the power utilization condition of each electric appliance can be accurately measured, the monitoring is more accurate, and the evaluation accuracy is improved.

Description

technical field [0001] The invention relates to the technical field of carbon emission assessment, in particular to a carbon emission assessment system for urban electrical equipment. Background technique [0002] At this stage, the electric power industry still accounts for a relatively large proportion of carbon emissions, accounting for about 40% of the carbon emissions of the energy industry in my country. And now the power industry is in an important period of energy low-carbon transformation, and an effective assessment of carbon emissions can provide a data basis for subsequent low-carbon transformation work. And through the comparison of the evaluation results of carbon emissions in a specific area at a specific time, the effectiveness of low-carbon work can be judged, thereby providing data support for the optimization and improvement of low-carbon work. [0003] my country is a country dominated by thermal power generation, and thermal power plants use thermal ene...

AI Technical Summary

Problems solved by technology

Except for a few household appliances such as refrigerators, almost all household appliances should be unplugged after they are turned off, because if the household appliances are not unplugged, the machine is still in a standby state, and the power consumption is about 10% of that when it is in use, resulting in waste of

[0005] In the existing technology, the waste of electricity when using electrical appliances increases the amount of carbon emission pollution. In the process of using electrical appliances, each family business has a certain carbon emission assessment standard, which cannot be effectively calculated according to the amount of electrical appliances when they are used. It can be judged whether the carbon emission assessment standard is up to standard according to the use situation, and it cannot be effectively improved after the assessment, so that the electrical appliance meets the carbon emission assessment standard in the use process. Therefore, the present invention proposes a carbon emission assessment system for urban electrical equipment

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