Extensible distributed power transaction method in multi-microgrid environment
A technology of distributed power and trading methods, applied in the field of power trading systems, can solve problems such as poor stability and low transaction efficiency in the distributed energy market, and achieve the effects of ensuring fairness, ensuring efficiency and stability, and wide scalability.
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[0046] This embodiment provides a distributed power trading method in a scalable multi-microgrid environment, such as figure 1 As shown, the method includes the following steps:
[0047] S1: Many producers, sellers and consumers in the multi-microgrid are used as the nodes of the blockchain network, and multiple different microgrid operators are trusted nodes in the blockchain to participate in power transactions and act as bookkeepers, thus forming a blockchain network;
[0048] S2: The microgrid operator reviews the user's access to the trading market license, and only users who meet the relevant technical standards are allowed to enter the market for trading, otherwise, they will be restricted from entering the market;
[0049] S3: After entering the market, each user obtains a pair of public-private keys and a wallet address generated by the Elliptic Curve Digital Signature Algorithm (ECDSA), which are used for information encryption and exchange and recording income and ...
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