Power grid comprehensive visualization method based on multi-service system information fusion

Abstract

The invention discloses a power grid comprehensive visualization method based on multi-service system information fusion. On the basis of comprehensively organizing service flows and data models of links of an intelligent power grid, an information exchange bus crossing a production control region and a management information region is utilized to obtain relative operational and management information of systems such as a production management system (PMS), a distribution management system (DMS), an energy management system (EMS), an electric transmission and transformation equipment state monitoring system, a distribution network production quick-repairing commanding platform, a centralized video monitoring system, a marketing management system, an electricity consumption information acquisition system, a geographical information system (GIS), an intelligent district energy consumption management system, a residential area intelligent electricity consumption interaction and energy efficiency management system, an electric vehicle charging facility comprehensive monitoring and management system and a weather system, and furthermore, based on the relative operational and management information, the data is subjected to deep mining, analysis and comprehensive displaying. The power grid comprehensive visualization method based on multi-service system information fusion helps the production operational and management personnel to master the real-time running state of the power grid more comprehensively, visually and effectively.

Description

technical field [0001] The invention relates to a data fusion method, in particular to a multi-system information fusion and integrated display method. technical background [0002] With the promotion and construction of smart grid, the types and scale of application systems in various links of the power grid are becoming larger and larger, and the amount of various grid information data is increasing geometrically. Facing the increasingly complex grid information, grid operation managers urgently need a set of The key information, so that the power grid operation management personnel can intuitively grasp the current overall operation situation of the power grid, and provide an intelligent auxiliary support platform for operation management decision-making. [0003] At present, the power grid visualization systems that have been tried to be built in the power system are all aimed at the main network dispatching system, and are constructed by means of centralized display of ...

AI Technical Summary

Problems solved by technology

With the full implementation of the construction content of the smart grid covering the six major links of generation, transmission, transformation, distribution, use, and regulation, this construction method only for the dispatching of the main network has become increasingly unable to satisfy the needs of grid operation managers to fully grasp all aspects of the smart grid. The needs of link operation situation