The power grid GIS spatial information service platform achieves horizontal integration with various business application systems and vertical connectivity between the headquarters and the grid province through the integrated platform's data center, data exchange, and application integration. Through the application integration platform, the power grid GIS platform releases various spatial information services for the power grid, providing service support for business applications such as production, marketing, scheduling, communication, planning and design, emergency and real-time systems, and achieving horizontal integration between the power grid GIS platform and business application systems; Complete the sharing and exchange of spatial data in the power grid through data centers and data exchange platforms; Publish various spatial graphic information through the enterprise portal. The power grid GIS spatial information service platform is a sustainable power grid spatial information service platform based on the SOA architecture, in compliance with the SG186 engineering technical specifications, with the provincial power grid as the unit, adopting a centralized deployment mode. This platform has three major functions: firstly, it can incorporate the structural information of the entire power grid into the unified management of the power grid spatial data center, forming a basic spatial data platform that can be called and managed at any time; Secondly, a unified spatial basic data platform for the power grid can be established throughout the entire region, providing unified spatial information services to the outside world; Thirdly, various professional GIS application systems can be built as needed based on the power grid spatial information service platform.
1. Based onSOAofGISArchitecture enhances system adaptability;
2. Based onRIAtechnologyGISSystem, improve user experience;
3. Performance assurance and optimization for centralized deployment;
4. 2D and 3D linkage technology;
5. Automatic single line diagram generation technology;