WEB side three-dimensional simulation-based substation project progress information visualization system

Abstract

The invention discloses a Web side three-dimensional simulation-based substation project progress information visualization system. The system comprises data management server, a Web server, a Web three-dimensional display module and a client computer, wherein the data management server is used for storing substation engineering project information data and related text data of two-dimensional models, three-dimensional models and engineering projects; a model processing module is used for carrying out modeling on a substation three-dimensional model according to model data information of a target substation; the Web server is used for processing a Web client request and returning corresponding BIM data or text data to a user or obtaining the corresponding BIM data or text data according tothe Web client request; the client computer is used for loading and operating a Web three-dimensional display module; and the Web three-dimensional display module is used for displaying the substation three-dimensional model and related data through a WebGL-supported browser page, and providing an input interface for inputting client request information to the user through the browser page. According to the system, efficiency of substation projects in the whole construction process is remarkably improved and the risks are greatly decreased.

Description

technical field [0001] The invention relates to the field of substation information technology, in particular to a substation project progress information visualization system based on 3D simulation at the WEB end. Background technique [0002] At present, construction projects are increasingly using information technology for auxiliary management, but most of them are still limited to some local processes. While information technology has been used to improve the productivity of individual tasks, especially in the design of built projects, it has hardly addressed the more fundamental problem of integration and communication throughout the process. [0003] The current professional application software only involves a certain stage of the project life cycle or a certain professional field application, and there are relatively large defects in the integrated management of building life cycle information. The main reasons include: [0004] (1) Information interaction. At thi...

AI Technical Summary

Problems solved by technology

Design and construction materials and maintenance data are incomplete and cannot be shared in real time, resulting in no basis for maintenance planning and design, and lack of accurate qualitative and quantitative analysis

And with the increasing scale of engineering construction, the amount of information attached to the project is increasing. The traditional project management method is difficult to manage the comprehensive information of the project throughout the life cycle of the constr

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