摘要
为实现分布式微电能的智能化交易,文章从区块链技术的结构、特点以及应用出发,分析布鲁克林案例在电能产消者之间进行电能交易的一般流程;提出应用区块链技术的电能产消者之间电能交易的信息和物理流程并在区块链私有链上建立了三节点模拟了电能交易的信息匹配、认证和价值转移;对区块链技术在微电能交易中存在的问题和优势进行了分析和总结。
To realize intelligent distributed micro-energy trading,based on the structure,characteristics and application of blockchain technique,this paper analyzes the general process of Brooklyn case of electrical energy trading between consumers and power generation system.It proposes the information and physical processes of electric energy transaction between electricity consumers and generations using blockchain technique.And the three nodes are established in the private chain of blockchain to simulate the information matching,authentication and value transfer of electricity transaction.The challenges and advantages of blockchain technique applied in micro-energy trading are analyzed and summarized.
作者
吉斌
谭建成
JI Bin;TAN Jiancheng(Electrical Engineering National Experimental Teaching Demonstration Center,Guangxi University,Nanning 530004,China)
出处
《现代电力》
北大核心
2019年第1期29-36,共8页
Modern Electric Power
基金
广西自然科学基金资助项目(2016GXNSF BA380007)
广西教育厅研究项目(KY2016LX006)
关键词
区块链技术
配电侧
信息-物理流程
分布式能源
微电能交易
blockchain technique
distribution side
information-physical processes
distributed generation
micro-energy trading
