3D substation panoramic real-time control system based on virtual simulation technology

Abstract

The invention discloses a 3D substation panoramic real-time control system based on a virtual simulation technology. A plurality of field data acquisition devices are respectively mounted on a plurality of actual substations. The output ends of the field data acquisition devices are connected with the input end of a control system. The output end of the control system is connected with the input end of a computer 3D modeling system. The output end of the computer 3D modeling system is connected with a 3D panoramic display in a dispatching hall. The field data acquisition devices are used for surveying and mapping the substation sites and collecting the relative positions, deviation angles and actual sizes of all equipment in the substations. The control system is used for adjusting the parameters of the relative positions, deviation angles and actual sizes and transmitting the adjusted real-time data to the computer 3D modeling system. The computer 3D modeling system carries out 3D modeling of the original equipment according to the collected and processed data and carrying out 360-degree panoramic display of the modeled equipment models.

Description

technical field [0001] The invention relates to a 3D substation panoramic real-time control system based on virtual simulation technology. Background technique [0002] With the rapid development of social economy, the increase of power supply load year by year, the continuous expansion of power grid scale, the in-depth development of smart grid technology, the continuous introduction of advanced power grid operation and maintenance methods such as integration of regulation and control, integration of operation and inspection, etc. The business skills of personnel also put forward higher requirements. The current dispatching automation is all developed based on the D5000 system, and the power grid dispatching and monitoring business is carried out based on the application of this system. The system is a 2D flat display, and the normal information and fault information are all composed of flat images and text. The situation cannot be displayed in a panoramic view, and the ph...

AI Technical Summary

Problems solved by technology

The current dispatching automation is all developed based on the D5000 system, and the power grid dispatching and monitoring business is carried out based on the application of this system. The system is a 2D flat display, and the normal information and fault information are all composed of flat images and text. The situation cannot be displayed in a panoramic view, and the physical representation of the scene is insufficient. There is a certain blind spot for professionals, especially the control personnel, and it is difficult to understand the actual situation of the scene during the accident analysis and handling process.

[0003] With the acceleration of technology upgrading and the surge in the number of substations, professionals, especially control personnel, have a great disconnect in understanding of the site, and there are great safety hazards. Higher requirements, all of which put forward new requirements for the dispatching automation system

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