Power grid planning-oriented visual application system

Abstract

The invention relates to the technical field of power systems, and especially relates to a power grid planning-oriented visual application system. The system comprises a power grid GIS platform, a service port and a visual engine, the visual engine establishes communication connection with the power grid GIS platform through the service port; and the visual engine comprises a development graph-model corresponding unit, a visual interaction unit, a one-graph three-state unit, a deepening power grid analysis unit and a deepening space analysis unit. On the basis of the power grid GIS platform, the intelligent planning system visual engine based on the Internet of Things is built; automatic analysis on a statistical stage diagram, efficient design on a planning stage diagram, intelligent decision on the planning stage diagram and dynamic tracking on a construction stage diagram are realized, and the visual work engine suitable for developing different majors is constructed; and power distribution network planning full-service processes such as support data acquisition and treatment simplification, current situation analysis and diagnosis, load prediction and checking, intelligent siteselection and line selection, planning scheme comparison and selection argumentation, planning result display and the like are realized, and power grid analysis and space analysis are deepened.

Description

technical field [0001] The invention relates to the technical field of power systems, in particular to a visualization application system oriented to grid planning. Background technique [0002] The development profession proposes to implement the "re-informatization" project, relying on the top-level design concept of the ubiquitous power grid Internet of Things, implements the three-year action plan for informatization improvement, creates a professional informatization "Sudian sample" for the development of professional informatization, and improves operations oriented to the whole business and the whole process , supervision, and decision-making capabilities, and effectively solve the two weak problems of "basic management" and "advanced application" of informatization. The current development of business informatization construction lacks effective visualization means to support. [0003] However, the current distribution network planning results are presented in graphi...

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Problems solved by technology

[0003] However, the current distribution network planning results are presented in graphical forms such as CAD, which fails to realize the organic integration of power grid topology, data and geographic information, the display is not intuitive, and the application of visual planning methods is insufficient. It is difficult to intuitively display the spatial information and topological relationship of power grid equipment, and it is difficult to design and analyze based on spatial information and topological relationship. However, the existing power grid GIS platform for inspection and marketing applications has too complicated functions, too much information, and a focal length of The management of current assets and equipment cannot meet the business needs of professional development

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