Author(s)

Su Yan

Corresponding Author

Su Yan

Abstract

With the rapid development of large-scale transmission and transformation power grids, the construction of transmission and transformation transmission lines has reached a climax. General transmission and transformation transmission projects are capital and technology-intensive projects. It is particularly important to strengthen the management of transmission and transformation lines and achieve multiple objectives such as economic development, sustainable energy development and environmental protection. The purpose of this article is to study the application of BIM in the construction management of large power transmission and transformation projects. This paper analyzes the application of BIM in power transmission and transformation engineering construction management, understands the problems that occur in power transmission and transformation engineering construction management, and the main factors that affect the level of construction management. Furthermore, an optimization plan for building construction management is proposed. The experimental results show that the research in this paper can bring further development to the application of BIM technology in engineering. In this paper, through experiments on the main factors of the construction of a power transmission and transformation project, it is found that the most influential factors are the design factors, and the order of importance is 0.085.

Keywords

BIM Technology; Power Transmission and Transformation Engineering; Construction Management; Analytic Hierarchy Process