Traditional operation and maintenance management primarily relies on manual processes and basic network technologies to handle routine tasks. However, with advancements in technology and the increasing scale and complexity of public buildings, managing these facilities has become more challenging. Relying solely on traditional methods demands significant human, material, and financial resources, which often results in decreased efficiency and quality. Without improvements, the effectiveness of operation and maintenance management can be severely compromised.
These challenges highlight the growing importance of digitization and informatization in the industry. Building Information Modeling (BIM) technology enhances data analysis and information transmission by enabling real-time sharing, ensuring seamless communication. During project execution, each team must not only improve their own work but also process information from other disciplines. Since teams specialize in different fields, their understanding of areas outside their expertise tends to be limited. This is where the BIM information integration platform proves invaluable. By leveraging BIM integration applications, information exchange across various professions becomes efficient and effective.
This advanced information technology facilitates rapid risk response, establishes a strong foundation for risk management, and addresses issues at their source.
Comparative Analysis of Management Methods
Space Management
Traditional operation and maintenance management: Low space utilization rates.
BIM-based operation and maintenance management: Accurate space utilization, maximizing benefits.
File Management
Traditional operation and maintenance management: Large volumes of files with low search efficiency.
BIM-based operation and maintenance management: Quick information retrieval and precise query capabilities.
Equipment and Facility Management
Traditional operation and maintenance management: Slow feedback on equipment status.
BIM-based operation and maintenance management: Real-time monitoring and timely tracking through BIM equipment systems.
Collaborative Management
Traditional operation and maintenance management: Limited communication between different professional teams.
BIM-based operation and maintenance management: Integration of diverse expertise into a unified management platform.
Public Safety Management
Traditional operation and maintenance management: Dependent on physical drills and exercises.
BIM-based operation and maintenance management: Utilizes software simulations, reducing labor costs.
Energy Consumption Management
Traditional operation and maintenance management: Manual collection and analysis of energy consumption data.
BIM-based operation and maintenance management: Automated data analysis, summarization, and reporting by computer systems.
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