Multi-energy transaction and management platform based on block chain

Abstract

The invention discloses a multi-energy transaction and management platform based on a block chain. The platform comprises a block chain layer, an intelligent contract layer, a front-end interaction layer and a database layer, wherein the block chain layer stores each transaction record of an energy transaction and block related elements of a block chain; the intelligent contract layer stores the energy information and the transaction information and returns a result in response to contract calling of the front-end interaction layer; the front-end interaction layer receives user registration, receives transaction information published by buyers and sellers, stores transaction data in a to-be-matched transaction information structural body of the intelligent contract through interaction withthe intelligent contract layer, and executes transaction matching of the intelligent contract; and the database layer is used for storing a mapping relationship between account addresses and names oftwo transaction parties in user registration information, t personal data and block chain transaction information. According to the invention, free publishing and automatic matching among users can be realized, public and distributed demands of transactions are guaranteed, and a new solution is provided for block chain technology application.

Description

technical field [0001] The invention belongs to the technical field of distributed energy transactions and management, and in particular relates to a blockchain-based multi-energy transaction and management platform. Background technique [0002] With the transformation of blockchain technology from digital currency to more industrial development, and the continuous reform of energy marketization, the application of blockchain technology to the energy field has great potential. The distributed, decentralized The characteristics of globalization are in good agreement with the distributed transaction requirements proposed in the energy field. Taking electric energy as an example, through the smart contract technology in the blockchain, it is possible to automatically coordinate the electricity demand of power generators and users, and relieve the pressure on the distribution network. At the same time, the openness of the blockchain ensures the security of energy transactions. ...

AI Technical Summary

Problems solved by technology

[0004] However, in the existing technology, there are still many problems in the blockchain technology that has been developed for energy transactions. For example, most smart contracts can only rely on the simulation environment, compile based on a platform with a low degree of visualization, function calls, etc. , the participation of ordinary users is very limited, which hinders the application process of blockchain technology

In addition, the performance of blockchain technology still faces great challenges. Excessive information relying on smart contracts will consume more resources. At the same time, the original transaction information based on blockchain is complex and lengthy. It is an address with a length of 20 bytes. Although the transaction information in the blockchain is open and transparent, it is still impossible to have a real judgment on both parties to the transaction, and the users who enter the market do not provide their real identities, which is not in line with the openness and transparency of the transaction market. , and for market managers, it is impossible to guarantee the legality of market transactions

The existence of these problems greatly hinders the application of blockchain technology in the energy field

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