摘要
研究一种智能电网应用需求下的电力大数据系统技术改革升级策略并分析其关键技术的应用策略。使用资源统筹方法,将以往平行系统中分别构建的电力物联网探头系统及其数据汇聚系统和工业网桥系统进行整合,使用最新的大数据技术,构建统一的数据仓库和数据任务管理系统对其进行管理,并向数据挖掘层面统一系统数据信号。通过SimuLink仿真模拟比较分析,相比较传统的平行建设方案,该方案可以有效提升系统的可靠性和可用性,节约硬件投入,实现更高的响应速度。
This paper studies a power big data system technology reform and upgrading strategy under the application requirements of smart grid,and analyzes the application strategy of its key technologies.Using the method of resource co-ordination,we integrate the probe system,data aggregation system and industrial bridge system of power Internet of things built in the previous parallel systems.Using the latest big data technology,we build a unified data warehouse and data task management system to manage them,and unify the system data signal to the data mining level.Through the comparative analysis of Simulink simulation,compared with the traditional parallel construction scheme,the scheme can effectively improve the reliability and availability of the system,save hardware investment and achieve higher response speed.
作者
张威
李海龙
刘莉莉
Zhang Wei;Li Hailong;Liu Lili(State Grid Jinzhou Electric power supply company,121000;State Grid Liaoning Electric Power supply Co.,Ltd 110004;China Energy Engineering Group Liaoning Electric Power Survey&Design Institute Co.,LTD 110179)
出处
《现代科学仪器》
2021年第5期216-219,241,共5页
Modern Scientific Instruments
