Research On Design Scheme In Jingwei Power GridIntegrated Visualization Platform System

With the promotion on research and construction of smart grid, smart metering management system, electric energy collection system, smart allocation integration sytem, load management system, centralized monitoring system, service for electric client and electric marketing management system, electric energy safely producing system, etc, those various systems have been applied in different electric apartments. However, each application system only cares about one aspect for electric object and most of these sytems are developed with independent solutions. With the single function, there easily exists "information island" phenomenon among these systems which goes ill with data sharing and diverse ranks managers timely and totally attaining diversity information. In the background of Shanxi local smart grid construction, it is meaningful to discuss data integration and sharing techniques, especially visual techniques, application in electric running system This application can integrate the business data for different application information systems in electric corporations and promote the increment of production and management benefits and realize all courses, all viewpoints, all dimensions visualization for the running and management of grid.This paper takes the fact of JingWei grid construction into consideration and gives a design scheme of integrated visualization platform. This design is based on data integration and sharing techniques and intelligent visualization techniques and mainly consists the design scheme of JingWei electric comprehensive visualization platform. Firstly, this paper gives a conclusion and looks forward to the future for development situation and development tendency of smart grid. It also introduces the development situation of Hadoop and the important role for its plication in digitization grid and points the existent problems and defects in the smart grid construction. Secondly, this paper summarizes the design for this new system. Importantly, aim to solve these actual problems in current smart grid construction, a whole design for electric comprehensive visualization platform is raised. This design gives a requirement summarization for the whole system and points these general existent problems in current electric information systems and analyses the software and hardware requirement for this platform. This design also gives concrete analysises for designs for comprehensive visualization platform, data center based on HBase, synchronization transmission for heterogeneous relational databases, index techniques of data center, client application programs. The design in this paper has taken the actual situations for JingWei grid construction into consideration and has provided a operational and practical design for smart grid construction.