The development of prefabricated buildings aligns with current and future trends in green environmental protection and low-carbon energy conservation. However, this advancement also presents challenges for construction industry enterprises, requiring them to transform and adapt. The application of BIM technology in prefabricated buildings primarily addresses practical engineering problems and development needs. It focuses on the construction industry chain by correcting inefficiencies, promoting information exchange, and strengthening the integrity of the prefabricated building technology system. By integrating modern scientific and technological intelligence, the goal is to foster collaborative development among enterprises, governments, and the entire industry.
Prefabricated buildings represent complex systems that integrate design, production, assembly, and management. Achieving sustainable development in this field requires leveraging information technology to enable macro-level collaboration and optimize overall outcomes.
At the initial stage of building a BIM model, it is essential to create a well-organized and managed prefabricated component library. By utilizing components from this library, designers can efficiently construct BIM models for prefabricated buildings. Following the logic of a standard prefabricated component library and combining it with the system framework for prefabricated buildings, information libraries for each discipline can be established. This allows various components to interconnect and form a comprehensive prefabricated building system based on BIM technology. This approach addresses the traditional issues caused by unclear boundaries between disciplines such as architecture, structure, and mechanical and electrical equipment.
While prefabricated buildings and BIM technology may no longer be considered the latest innovations, combining BIM concepts and technologies with prefabricated buildings remains a revolutionary breakthrough. Through BIM-based collaborative design and using BIM models as carriers of information, accurate and effective data can be provided throughout the entire lifecycle of prefabricated buildings. This approach leverages BIM’s information technology principles to bridge gaps between different development stages, thereby creating a complete and integrated prefabricated building industry chain.
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