(1) BIM models integrate comprehensive project information throughout all stages—from design and construction to production and operation—creating a robust digital management platform with extensive, detailed data. A BIM-based equipment maintenance management system seamlessly consolidates the entire lifecycle data of equipment. This intuitive digital platform supports real-time data updates and adjustments, significantly enhancing the sustainability of equipment maintenance management.
(2) The equipment information stored within the building information model is dynamically linked and updated in real-time. This automation greatly reduces repetitive data processing tasks for operations and maintenance staff. Additionally, it enables quick access to all relevant equipment details, effectively saving both time and labor, while improving overall equipment management efficiency.
(3) Serving as an information-sharing platform, BIM not only allows all stakeholders to access necessary equipment data promptly but also provides tailored access interfaces for different users. This facilitates maximum information sharing without disrupting normal construction processes, eliminates communication barriers, prevents data silos, and significantly promotes efficient equipment management.
(4) Furthermore, the BIM visualized real-life model offers operation and maintenance personnel a clear, intuitive understanding of equipment status. This enhances the timeliness, accuracy, and effectiveness of information exchange. Compared to complex CAD equipment drawings, BIM’s 3D environment makes intricate equipment systems easily understandable. Personnel can quickly locate installations, understand operation procedures, and assess maintenance status, which is especially beneficial for new employees.
Managing equipment in a visual environment provides numerous advantages, including:
① Rapid response capabilities with timely and accurate transmission of equipment failure signals.
② A transparent, intuitive workspace where key equipment management points are immediately clear.
③ Easy access to equipment operation manuals and important documents, facilitating learning and comprehension of equipment structure and functions.
④ A three-dimensional representation of equipment operating status, making it easier to identify potential risks.
⑤ Support for spatial optimization to rationalize and improve equipment installation layouts.
⑥ Clear and intuitive work scopes that enable prompt problem resolution and boost work efficiency.
⑦ Reduction of information errors and omissions caused by human factors, ensuring long-term, reliable equipment operation.
⑧ Maintenance of a safe and comfortable work environment, enhancing the motivation and enthusiasm of maintenance personnel.
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