BIM technology integrates essential information related to construction projects and serves as an engineering data model based on 3D digital technology. It digitally represents the physical and functional characteristics of project facilities.
The operation phase not only accounts for the largest portion of time and cost within a building’s entire lifecycle but also acts as the primary stage for implementing operation and maintenance management activities.
Traditionally, building operation and maintenance management begins only after project completion and acceptance. However, green buildings require active involvement from the operation and maintenance team throughout the entire project lifecycle. The goals and strategies for building operation and maintenance management are established during the planning and design stages. These objectives and plans are then continuously refined based on real-time conditions during project execution, embedding the concept of sustainable development into the daily operation, maintenance, and management of green buildings.
During the operational phase of green public buildings, the goals extend beyond the typical “four savings and one environmental protection” principles. They also involve the implementation and control of property management. BIM technology’s integration, informatization, and precise performance provide powerful support in achieving these operational goals.
Regarding resource conservation, BIM technology enables water savings by simulating precise control of irrigation and sprinkler systems. Using a BIM-based operation and maintenance platform, the operation of air conditioning units, fresh air systems, lighting fixtures, elevator systems, and other electrical equipment can be unified, effectively reducing energy waste.
From an environmental protection perspective, energy conservation lowers energy production, thereby reducing atmospheric pollution.
In terms of property management control, BIM simplifies management processes by integrating monitoring with operation and maintenance platforms. This improves the efficiency of property management staff and addresses common issues such as underreporting and concealment found in traditional property management. As a result, safety hazards are eliminated, preventing significant losses that could arise from safety incidents.
Additionally, the precise control offered by BIM platforms in building operations has contributed to reducing property management operating costs to some extent.
These are some of the key benefits of applying BIM technology in the operation and maintenance management of green buildings. I hope this article proves helpful to everyone!
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