基于区块链技术的微电网电力交易管理平台

Yeshen He, W. Tan, Tian Yang
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摘要

为了提高电力交易管理的效率和稳定性,研究了微电网电力交易管理平台。采用区块链互联网技术构建了电能交易管理平台的基本架构。基于低成本、高效率的原则,建立了电能交易的数学模型。结合区块链技术的分布式共识机制,设计电能交易智能合约,实现电能区块链交易的执行和管理功能。测试结果表明,该平台的平均时延约为0。10组随机电交易指令36 s,实时性好,效率高。随机选取5组用户,交易结果的平均电费为20。42元,既可行又经济,为微网电力交易管理平台的可持续发展奠定了良好的基础。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Micro-grid power transaction management platform based on blockchain technology
To improve the efficiency and stability of power transaction management, a micro-grid power transaction management platform is studied. Block chain Internet technology is used to build the basic architecture of the electric energy transaction management platform. Based on the principle of low cost and high efficiency, the mathematical model of electric energy transaction is established. Combined with the distributed consensus mechanism of block chain technology, the intelligent contract of electric energy transaction is designed to realize the execution and management functions of electric energy block chain transaction. The test results show that the average time delay of the platform is about 0. 36 s for 10 groups of the random electricity trading instructions, which is real-time and efficient. For 5 random groups of users, the average electricity cost of the transaction results is 20. 42 yuan, which is feasible and economical, and lays a good foundation for the sustainable development of the micro-grid electricity trading management platform.
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