三维数字化智能化技术在输变电工程设计中的深化研究

传统基于知识模型的输变电工程设计方法,存在输变电工程施工质量粗糙、施工结果经济效益低的问题。因此,提出基于三维数字化智能化技术的输变电工程设计方法,设计智能输变电工程的工作模式,基于该种工作模式得到输变电工程的三维协同设计流程,对输变电工程三维协同设计平台进行搭建,缩短输变电工程的设计周期,使输变电工程设计的效率大大提高。通过三维协同数据库的数字化移交对输变电工程信息进行分类整理,实现多人同时进行信息查看、修改的功能,设计输变电工程三维校验过程,实现对输变电工程的安全距离和碰撞的检测,提高工程设计的准确性。实验结果表明,所提方法可以提高输变电工程的设计效率和质量,具有较高的社会性和经济性评价效果。

A Deepened Study of 3D Digital Intelligent Technology in Power Transmission and Transformation Project Design

The traditional design method of the power transmission and transformation engineering is based on the know-ledge model, and may lead to poor construction quality and lower economical benefits in construction. To this end, this paper proposes a new design method based on the three-dimensional digital intelligent technology and a work platform for designing the intelligent power transmission and transformation projects. The three-dimensional collaborative design process of transmission and transformation projects is obtained based on the work model, and the three dimensional collaborative design platform is built so that the design cycle of power transmission and transformation projects can be shortened and the efficiency of the design be greatly improved. The power transmission and transformation engineering information is classified by the digital transfer of the 3D collaborative database to realize the functions of information views and modification by multiple persons simultaneously. The 3D verification process is designed for power transmission and transformation projects to facilitate the safety distance and collision detection so as to improve the accuracy of the engineering design. The experimental results show that the proposed method can improve the design efficiency and quality of transmission and transformation engineering, and has a higher social and economic evaluation effect.