An online sensing detection system and method for carbon discharge

Abstract

The invention provides an enterprise online sensing monitoring system and method for carbon discharge. The system includes a communication module, an online carbon discharge conversion module, an upload-to-cloud module and a cloud server; the consumption amount information of a carbon source from the enterprise is obtained by the communication module, the consumption amount information of the carbon source is received by the online carbon discharge conversion module and carbon discharge amount is calculated according to a corresponding carbon discharge method and a discharge parameter; the carbon discharge amount is uploaded to the cloud server by the upload-to-cloud module; and statistics and analysis are performed on the carbon discharge amount by the cloud server. The carbon discharge calculating work is convenient, the device is only required to be arranged by the enterprise, a product standard is ensured, secondary investment is not existed, and the system is convenient for the enterprise to know key carbon discharge sources.

Description

technical field [0001] The invention relates to the field of carbon emission monitoring, in particular to an online carbon emission sensing detection system and method. Background technique [0002] The national carbon trading market was officially launched on December 19, 2017, which means that market behavior with carbon emission rights as the trading object will gradually penetrate into more and more industries and enterprises, and the trading subject is carbon emissions. At present, the general domestic carbon emission inventory work mainly relies on manpower. The carbon emission specialist of the enterprise counts all the emission source data related to carbon emission, and combines the emission factor and other parameters to comprehensively calculate the carbon emission of the enterprise (that is, the greenhouse gas emission). This method is time-consuming and labor-intensive, and the accuracy, rigor, and traceability of the data need to be studied and cannot be guaran...

AI Technical Summary

Problems solved by technology

At present, the general domestic carbon emission inventory work mainly relies on manpower. The carbon emission specialist of the enterprise counts all the emission source data related to carbon emission, and combines the emission factor and other parameters to comprehensively calculate the carbon emission of the enterprise (that is, the greenhouse gas emission). This method is time-consuming and labor-intensive, and the accuracy, rigor, and traceability of the data need to be studied and cannot be guaranteed

Of course, there is no lack of targets for various greenhouse gases (CO 2 , CH4, N2O, HFCs, PFCs, SF6...) sensors, but the cost is high, the installation is difficult, there are many measurement points, and the indirect emission data (carbon emissions indirectly generated by net purchased electricity and net purchased heat) cannot directly measure the amount of greenhouse gases. Greenhouse gas emissions are measured, so considering the installation cost and difficulty of implementation, many companies are often discouraged; at the same time, carbon inventory also includes indirect emission measurement, that is, indirect net purchase of electricity and heat, such greenhouse gas emissions need to be converted, and non-sensor directly measurable

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