DOI: 10.66106/xinna7.20250204 ISSN: 3105-7527

浅析区块链技术在园区微电网分布式电力中的应用机制(A Brief Analysis on the Application Mechanism of Blockchain Technology in Distributed Power of Park Microgrids)

李梓涵 Zihan Li
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Abstract: As a core carrier for local consumption of distributed new energy and coordinated operation of multiple energy sources, park microgrids are currently plagued by prominent pain points including poor coupling adaptability of multi-energy systems, low efficiency in coordinated scheduling of generation, load and energy storage, centralized power trading mode, insufficient data credibility and imperfect digital operation systems. These problems severely restrict the efficient utilization of new energy and refined operation of microgrids. To address the above issues, this paper systematically investigates the application mechanism of blockchain technology in distributed power trading of park microgrids. Relying on the core characteristics of blockchain including decentralization, immutability, traceability and automatic execution of smart contracts, a blockchain-based power trading architecture suitable for park scenarios is constructed. The enabling mechanism of blockchain technology is analyzed from three core dimensions: complementary adaptation of multi-energy sources, collaborative optimization of generation, load and energy storage, and full-process digital operation, so as to provide theoretical support and practical references for the market-oriented and digital development of distributed energy in park microgrids under the new power system.

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