基于区块链的电力数据管理架构研究

Research on power data management architecture based on blockchain

传统的集中式数据存储模式已经不能满足电力数据存储的安全性和高效性需求。而区块链技术具有一定的去中心化、自治性、防泄漏性和公开性等优势,应用于电力数据管理,可以实现精准计算和管理。因此,提出基于区块链的电力数据管理架构研究。介绍区块链技术的基本原理和特性;从功能、主体、属性维度对区块链技术在电力数据管理中的应用进行归纳和分析;在此基础上,结合区块链技术对电力数据管理架构整体设计,并对电力数据记录、电力数据共享以及电力数据安全管理保障设计,对区块链技术在电力数据管理中面临的挑战进行了分析和总结。通过对比实验证明,设计方法与传统方法学相比有效缩短了数据响应的延迟时间,进一步保障电力数据的高效管理,满足电力数据管理的安全可信需求。

The traditional centralized data storage mode can not meet the security and efficiency requirements of power data storage.Block chain technology has some advantages such as decentralization,autonomy,leakproofness and openness.It can be used in power data management to realize accurate calculation and management.Therefore,the research of power data management architecture based on block chain is proposed.This paper introduces the basic principle and characteristics of the block chain technology,summarizes and analyzes the application of the block chain technology in power data management from the aspects of function,main body and attribute,the overall design of power data management framework is combined with blockchain technology,and the design of power data recording,power data sharing and power data security management guarantee,the challenges that blockchain technology faces in power data management are analyzed and summarized.Compared with the traditional method,the design method can shorten the delay time of data response,ensure the efficient management of power data,and satisfy the safe and reliable demand of power data management.