Research and typical application of microgrid transaction method based on blockchain

Abstract:
At present, the distributed transaction scheduling of microgrids has many problems, such as high implementation costs and inability to operate independently, which leads to differences in distributed power transaction requirements and cannot fully meet the needs of new energy that cannot be fully absorbed. In response to this problem, this paper proposes a blockchain-based microgrid transaction design plan, establishes a transaction process method, and selects the park microgrid as a case to verify the function. Through actual case analysis, the correlation law between decentralization, reliability and operating efficiency and operating cost is obtained, and the proposed strategy is verified through the operating data of the microgrid in the park.