Transformer substation cross-platform two-dimensional and three-dimensional graph linkage display system and method

Abstract

The invention discloses a transformer substation cross-platform two-dimensional and three-dimensional graph linkage display system and method. The method includes embedding a two-dimensional and three-dimensional container into a two-dimensional graph editor of a monitoring system; acquiring all points needing to be dynamically changed in the three-dimensional model file, and associating the points with equipment points in a database; and by using the three-dimensional moving point data refreshing module, enabling the real state of the equipment to be completely consistent with the state presented by the three-dimensional information model, achieving the consistency of two-dimensional and three-dimensional picture equipment state display, and dynamically changing and displaying linked three-dimensional pictures and two-dimensional pictures. The method can be operated on various operating systems; the function of seamlessly accessing the three-dimensional picture of the transformer substation in a cross-platform two-dimensional power monitoring system is realized; and the real state of the electrical equipment is synchronously updated to the equipment display state in the two-dimensional and three-dimensional pictures, so that fusion switching and linkage display of the two-dimensional and three-dimensional pictures are truly realized, the management and control capability of the electrical equipment is comprehensively improved, and the monitoring means is perfected.

Description

technical field [0001] The invention relates to a substation cross-platform 2D and 3D graphics linkage display system and method, belonging to the field of two-dimensional and three-dimensional visual monitoring of power systems. Background technique [0002] The existing substation monitoring technology is mainly based on two-dimensional screen display, which has the disadvantages that the monitoring is not intuitive enough, and cannot truly and efficiently reflect the distribution of various equipment on the substation site. With the improvement of video technology, video-assisted surveillance technology has been developed, but video surveillance has problems such as operational blind spots, magnification and clarity, and still cannot meet the needs of comprehensive surveillance. Therefore, 3D technology emerged as the times require. At present, 3D substation monitoring technology is mainly based on 3D system self-contained system. Professional 3D developers lack the under...

AI Technical Summary

Problems solved by technology

[0002] The existing substation monitoring technology is mainly based on two-dimensional screen display, which has the shortcomings of not being intuitive enough to monitor, and cannot truly and efficiently reflect the distribution of various equipment on the substation site.

With the improvement of video technology, video-assisted surveillance technology has been developed, but video surveillance has problems such as operational blind spots, magnification and clarity, which still cannot meet the needs of comprehensive surveillance

Therefore, 3D technology emerged as the times require. At present, 3D substation monitoring technology is mainly based on 3D system self-contained system. Professional 3D developers lack the understanding of existing 2D monitoring systems of power systems, so they can only develop a set of 3D monitoring systems independently. The use of the two systems has brought inconvenience to users to a certain extent

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