The Design And Implementation Of Power System Massive Real Time Data Management Platform

As the pace of electric power information construction constantly goes deeper, and the data of electric power enterprise grows exponentially, standardization and standardized management of all types of data has become a necessary condition for inter-system data sharing and application integration. To realize the safe, convenient, and efficient sharing of information resources in electric power enterprise and improve the level of information management, a comprehensive information integration platform which is service-oriented, can provide standardized interfaces, compatible with centralized and decentralized models is in urgent need of power enterprises.Based on the above analysis, this paper aimed at the design of massive real-time data management platform. First, this paper expounded the current status of Beijing electric power company, put forward the importance of the construction of electric power enterprises massive real-time data management platform, and then introduced the demands of this platform. Secondly, based on the major technique indexes and the functional architecture of the platform, the design of platform is done in four aspects, which includes the physical architecture, data architecture, service architecture and security architecture. Then according to relevant knowledge and architecture, the software and hardware of the platform was deployed, meanwhile the application system was built. Finally, this paper showed the specific operations of the platform, and then introduces the running situation of this platform.Massive real-time data management platform achieved the unified and open access and integration of real-time data. Based on the features of massive data, serious data redundancy, frequent update, and the high demand of access performance, the platform take real-time database as the key technology to provide a unified integration and sharing Environment for various real-time information, carry on the effective integration for real-time information and the information based on artificial operation to meet the needs in real-time information applications of each system.