基于微服务架构的电力数据存储自动加密系统设计

Design of Automatic Encryption System for Electric Power Data Storage Based on Microservice Architecture

现有的一些系统存在电力数据存储成功率偏低且耗时较长的问题,因此,设计一种基于微服务架构的电力数据存储自动加密系统。系统架构共由四个微服务模块构成。系统硬件共由两个模块构成,其中加密模块使用的加密芯片型号为LCS2110。采集模块由载波表、集中器与采集器构成。系统软件共由三个模块构成,其中存储模块主要通过Fabric超级账本区块链构架来交易电力数据,以对电力数据进行存储,并保障交易的高效性与安全性。上链标准化模块使用json格式对电力数据进行定义。数据监管模块利用弱中心化管理模式对电力数据交易实施监管。在搭建架构的基础上通过硬件与软件的结合实现系统功能。在虚拟机上对节点进行模拟,对设计系统的性能进行测试。测试结果表明系统电力数据存储的成功率更高,花费时间更短,且网络延迟较短,切实实现了隐私保护、可靠性、透明度方面的提升。

Some existing systems have problems of low power data storage success rate and long time consuming.There-fore,an automatic power data storage encryption system based on microservice architecture is designed.The system architecture consists of four microservice modules.The system hardware is composed of two modules,and the encryption chip model used by the encryption module is LCS2110.The acquisition module is composed of carrier meter,concentrator and collector.The system software consists of three modules,The storage module mainly uses the Fabric Hyperledger blockchain framework to trade power data to store power data and ensure the efficiency and security of transactions.The standardization module on the chain uses the json format to define power data.The data supervision module uses a weakly centralized management model to supervise power data transactions.System functions are realized through the combination of hardware and software on the basis of building an architecture.Simulate the nodes on the virtual machine to test the performance of the design system.The test results show that the success rate of the system's power data storage is higher,the time spent is shorter,and the network delay is shorter,which effectively achieves the improvement of privacy protection,reliability,and transparency.