Research on the Application of BIM Technology in the Whole Process Management of Power Engineering Construction

Wang Shunzhu （ 华润新能源（沧州）有限公司 ）

https://doi.org/10.37155/2811-0609-0422-67

Abstract

BIM technology, with the help of 3D visualization modeling and full lifecycle data integration, has brought innovative management models to wind power civil engineering construction. its

The key role is to break down information barriers in design, construction, operation and maintenance, and achieve multidimensional collaboration and dynamic optimization. BIM technology in wind power civil engineeringIt can effectively solve problems such as space conflicts, schedule delays, and resource waste that arise under traditional management models, while improving work efficiency through virtual simulation and intelligent analysisThe degree of controllability of Cheng. However, current applications still face challenges such as a lack of data standards, low efficiency in cross disciplinary collaboration, and poor technical adaptability. This article focuses on wind powerFrom the perspective of the entire process of civil engineering, this article explores the implementation path of BIM technology in the construction of standardized systems, optimization of interdisciplinary collaborative mechanisms, and safety risk prevention and controlPropose a data-driven management framework based on the entire lifecycle, providing theoretical basis and practical reference for the digital transformation of the wind power industry.

Keywords

BIM technology; Wind power civil engineering; Multidisciplinary collaboration; Digital Operations

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