Digital twin application framework and method for field station equipment application scene

Abstract

The invention discloses a digital twin application framework and method for a station equipment application scene, and the method comprises the steps: reading a three-dimensional model of station equipment by a client, and loading the three-dimensional model in a three-dimensional scene; traversing mesh objects in the three-dimensional model, dividing the mesh objects into a plurality of groups according to categories, and changing the name attribute of each mesh object into a unique identifier; when a user performs a click operation, if a clicked object is in the grouped objects, forming a click event; obtaining a name of the click object, transmitting the name to the server, and receiving corresponding real-time monitoring data returned by the server and pushed real-time data; and searching an object according to the real-time data name, and marking the object in the three-dimensional scene. According to the invention, the client can provide the display of the digital twinborn interface and the interactive operation function of the user and the digital twinborn, and the client accurately judges which digital twinborn is operated by the user when the user operates the digital twinborn; and the data of a server side is accurately displayed and mapped with the digital twinborn body.

Description

technical field [0001] The present invention relates to the technical field of computer software, in particular to a digital twin application framework and method for application scenarios of station equipment. Background technique [0002] Although the operation and maintenance level of my country's station equipment is already very high, in applications such as equipment inspection, personnel safety monitoring, and robot autonomous operation, there is a lack of accurate position mapping and analysis technology for three-dimensional space. For on-site operation risks, it is urgent to realize accurate location mapping through the physical representation of the power grid and the environment, and realize multi-source and multi-type data three-dimensional spatial analysis. The digital twin model is a "twin brother" of the actual equipment or the physical model, that is, a virtual model, which completes the precise position mapping of the three-dimensional space of the power gri...

AI Technical Summary

Problems solved by technology

[0003] In recent years, there have been many serious personal injury accidents in the field of power production, and the safety production situation is severe. The important reasons are: the live area of ​​the maintenance site is complicated, and it is easy to enter the live interval by mistake; the on-site monitoring of the workers and equipment live status is not enough; Operators do not follow standardized operating procedures, etc.

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