Electric energy transaction system based on block chain

Abstract

The invention relates to an electric energy transaction system based on a block chain. The system comprises a block chain infrastructure and an intelligent electricity storage. The block chain infrastructure is used for storing an obtained electricity purchasing message in a first array, storing an obtained electricity selling message in a second array, and sending the electricity purchasing message and the electricity selling message to the intelligent electricity storage when detecting that both the first array and the second array are not empty; The intelligent electricity storage is used for determining an electric energy trading price according to the received electricity purchasing price and the electricity selling price; determining an electric energy trading volume according to the received electricity purchasing quantity and the received electricity selling quantity; according to the electric energy trading price, reducing the account amount of the electricity buyer and increasing the account amount of the electricity seller; and increasing the electric quantity of the electricity buyer account and reducing the electric quantity of the electricity seller account according to the electric energy trading volume. By adopting the system, the intervention of a third-party manager and a supervisor is not needed, so that the electric energy transaction has high efficiency.

Description

technical field [0001] This application relates to the technical field of blockchain, in particular to a blockchain-based power trading system and method. Background technique [0002] Traditional energy trading adopts centralized supervision and third-party intervention. Managers and regulators perform certain duties in the transaction process to realize transactions between energy sellers and buyers. Among them, the representative one is electric energy. trade. [0003] However, with the slowdown of global economic development and stricter requirements for environmental sustainable development, the traditional business models and profit models of energy companies are gradually unable to meet the needs of the digital and low-carbon new economic pattern. The energy transformation led by energy users Gradually rising, the types of transaction requests are becoming more and more complex, and the number is gradually increasing. It will be difficult to satisfy users' pursuit of...

AI Technical Summary

Problems solved by technology

[0003] However, with the slowdown of global economic development and stricter requirements for environmental sustainable development, the traditional business model and profit model of energy companies are gradually unable to meet the needs of the digital and low-carbon new economic pattern. The energy transformation led by energy users Gradually rising, the types of transaction requests are becoming more and more complex, and the number is gradually increasing. Traditional centralized supervision and third-party intervention methods are still used for energy transactions, which will be difficult to meet users' pursuit of high efficiency and low cost in the transaction process

[0004] Therefore, the current power trading technology has the problem that it is difficult to meet the high efficiency requirements

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