Block chain carbon transaction system and method considering load side carbon emission reduction

Abstract

The invention discloses a block chain carbon transaction system considering load side carbon emission reduction. The block chain carbon transaction system comprises a quota module, an aggregation module, a broadcasting module, a verification module, a transaction module and an updating module. The quota module is connected with the aggregation module; the broadcasting module is connected with the quota module and the aggregation module; the verification module is connected with the broadcasting module; the transaction module is connected with the verification module. The invention discloses a block chain carbon transaction method considering load side carbon emission reduction, and the method comprises the steps: S1, polymerizing the carbon emission permissions of a user side, and distributing the carbon emission permissions to the user side and an enterprise; S2, broadcasting the carbon emission permit information of an aggregator and the enterprise, and carrying out carbon emission permit bidding transaction through a transaction module; S3, after the transaction is finished, generating all transactions in the transaction period into micro-blocks to be broadcasted; and S4, verifying the micro-blocks, generating a block, and updating the block chain. The scale of a carbon transaction market is expanded, and transactions of multiple parties are transparent, safe, effective and reasonable by quoting an intelligent contract and a bidding transaction mechanism.

Description

technical field [0001] The present invention relates to the technical field of a block chain carbon trading method considering load side carbon emission reduction, in particular to a block chain carbon trading system and method considering load side carbon emission reduction. Background technique [0002] The existing carbon trading market has certain limitations. In the carbon trading pilot projects carried out in seven provinces and cities including Beijing, Shanghai, Tianjin, Chongqing, Hubei, and Guangdong, all of them focus on large-scale industrial production enterprises with high carbon emissions. The use of certain energy or energy-consuming products on the user side is the source of carbon emissions. In this way, a considerable number of carbon-emitting users cannot participate in the "carbon peak, carbon neutral" initiative. Moreover, the existing carbon trading model involves many users and a huge amount of data. The relatively centralized data distribution increa...

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Problems solved by technology

[0004] In order to solve the problem of insufficient information interaction ability of the block chain carbon trading method in the above-mentioned existing technology that takes into account the carbon emission reduction of the load side, the transaction information data cannot be traced, etc.

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