Intelligent electric meter system with carbon emission reduction calculation

Abstract

The invention discloses an intelligent electric meter system with carbon emission reduction calculation. The intelligent electric meter system comprises a central processor, an electric quantity metering module, a carbon emission reduction calculation module and a communication module, wherein the communication module, the electric quantity metering module and the carbon emission reduction calculation module are connected with the central processor respectively; the central processor is used for controlling data exchange; the electric quantity metering module is used for one-way or two-way metering of electric quantity; the carbon emission reduction calculation module calculates a carbon emission reduction amount according to an amount of electricity generated by renewable energy generation equipment, and generates carbon emission reduction amount data; and the communication module is used for realizing data transmission between the intelligent electric meter system and a blockchain network. The intelligent electric meter system can realize direct acquisition of data of the amount of generated electricity and the carbon emission reduction amount, avoids errors and disputes caused by manual meter reading statistics and calculation, can greatly help the right confirmation of carbon assets such as green certificates and carbon indexes of renewable energy power generation in the future, thereby helping the statistics and calculation of carbon assets from hardware, and increasing the credibility of carbon assets.

Description

technical field [0001] The invention relates to the technical field of smart meters and carbon emission reduction, in particular to a smart meter system with the function of calculating carbon emission reduction. Background technique [0002] Due to the uniqueness of the power system, a super huge network-grid is naturally formed from power generation, transmission and distribution to power consumption. At one end are distributed renewable energy such as traditional energy such as coal-fired gas, nuclear power, hydropower, and wind and rain, and at the other end are millions of high-energy-consuming power devices, hundreds of millions of power users, and future smart home appliances and electric vehicles. All kinds of sensors all over the country will generate massive real-time big data at every moment, every minute, every second, every millisecond, and build a huge energy Internet. [0003] Energy Internet will greatly promote the development of distributed energy in the f...

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Problems solved by technology

[0010] At present, traditional smart meters only have the function of electricity measurement. The carbon emission is based on the collected electricity measurement data, and then the carbon emission reduction is calculated through a specific calculation formula. This emission reduction often requires the carbon emission reduction verification of a qualified CDM. On-site verification by institutions is not only costly, but also human factors are unavoidable. Many CDM or domestic carbon emission reduction projects have discrepancies in the statistics of verification institutions and owners in terms of emission reductions, which brings uncertainties to carbon trading. In the market There is an urgent need for a technical solution that can replace manual calculations of carbon emission reductions through hardware

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