Transaction method of P2P energy transaction platform based on block chain

Abstract

The invention discloses a transaction method of a P2P energy transaction platform based on a block chain. The transaction method comprises the following steps: collecting user energy information; generating an energy purchase or sale label; sending the label to an energy transaction platform; selecting the label by a user; confirming the label and a protocol by the user; generating a ledger and a block, after the buyer and the seller confirm the transaction protocol, allocating the label and the protocol to one block, and generating the ledger of the direct energy transaction between the two participated users of the current transaction while the block is generated; and sending the valid ledger to the platform, and adding transaction information stored in the block to the chain. The transaction method can solve the problems that P2P energy transaction safety and efficiency are poor in the prior art, energy cannot be fully utilized due to excessive energy supply of users, so that power generation companies have to take more transformer substations as a means for solving the problem of user growth, and the technical problems of cost and resource waste and the like are caused.

Description

technical field [0001] The invention belongs to the technical field of block chain energy transaction, and in particular relates to a transaction method of a P2P energy transaction platform based on block chain. Background technique [0002] With the improvement and development of smart home technology, user convenience, as the focus of smart home technology, has been achieved, and the development of automation technology has also promoted the development of user-centered smart homes. When designing a smart environment composed of smart homes, one element that cannot be ignored is the source and use of energy required by the target environment. In every smart environment, the energy domain plays the role of consumers or is equivalent to the smart environment. Every consumer wants their home to be a more energy-efficient, cost-effective and sustainable home. [0003] At present, most energy trading systems are compensation trades, that is, traditional power generation compan...

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Problems solved by technology

[0005] The technical problem to be solved by the present invention is to provide a transaction method based on a blockchain-based P2P energy trading platform to solve the problems of poor security and efficiency of P2P energy transactions in the prior art; users have excess energy supply As a result, energy cannot be fully utilized, which will cause power generation companies to build more substations as a means to solve the problem of user growth, resulting in technical problems such as waste of costs and resources

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