Distribution System Based On GIS Research And Implementation

In the electricity industry, the distribution aspect is an important link to connect the electricity sector and users, and it plays a vital role in the entire power system. As the scale of China's power grid continues to expand, increasing the load, the increasingly complex control, the previous system under which distribution depends mainly on the drawings and the work experience of distribution lines to carry out management and maintenance of the method not only appears to lag behind, and seriously affected the efficiency. In order to achieve the transformation and development of rational planning and management, to improve power quality and supply reliability, improve the operation of electrical equipment safety, economy, geographic information systems need to be applied to distribution system. Distribution network management system will be the map of spatial data ,attribute data and Real-time information combine to raise the level of distribution network management and efficiency. The establishment of a GIS-platform distribution network management system for the management of their own distribution network is a general trend.Geographic information systems applications in power supply enterprises have a more accessible, but County Power Supply Bureau in the application is still rare.In this paper, one of ChengDu Power Supply Bureau research and development as an example of grass-roots work suitable GIS System Power Supply Bureau. How to make use of the powerful GIS spatial analysis capabilities, improve production and management of the distribution of effective supervision, and built to power distribution equipment management based on GIS platform, combined with the production flow management, providing information General inquiries, asset management, equipment maintenance, operation and management functions, such as all-round application of information management systems. The system with the power supply system of corporate marketing and customer service systems in close connection, to achieve the sharing of information resources.