In recent years, under the rapid development of digital technology, it is profoundly affecting the development trend of all walks of life. With the development of communication technology, AI intelligent technology, and computer technology, the modern construction industry has begun to transform into a new development model.
With the help of digital twin technology to build a digital and process-oriented Internet of Things platform, the new intelligent building will solve the problems of traditional building infrastructure and insufficient core support; Management, improve management efficiency and management quality, optimize space utilization, and adapt to the needs of current modern buildings.
Zhentu Information takes the daily operation and maintenance management in the building as the starting point, makes full use of digital twins, Internet of Things, automatic identification, AI intelligence and other technologies to build an integrated management system for smart buildings, and builds three-dimensional visualization models for the appearance of buildings, internal floors and other spaces. Realize the management functions of buildings and various operation and maintenance equipment, and build a unified management and visualization platform for intelligent building environment, equipment and information.
The intelligent building integrated management system is based on the powerful 2D and 3D rendering engine independently developed by ZTMap, which provides rich display effects for the visualization platform. On the basis of being consistent with the actual architectural style, it satisfies high-precision modeling. It can also abstractly present surrounding buildings, plots and environments according to user needs, thereby creating a simulated display environment with a high degree of reduction and improving the overall external image of the building.
Comprehensive database
Based on digital twins, GIS geographic information, AR images and other technical data support, the system constructs BIM models of buildings, floors, elevators, office stations, etc. Integrate the real-time operating data of IOT devices such as cameras, lighting systems, ventilation systems, and smoke detectors, and establish an intelligent building operating database through data aggregation, standardized processing, and integrated association, so as to realize data sharing between systems and support intelligent buildings. various application services.
Access Control
The building personnel management function of the system includes access control, intelligent attendance, face recognition, employee health, etc., using the intelligent face recognition system to quickly record information such as personnel entry and exit time, pictures, etc., to ensure the safety of the building and allow personnel to pass quickly; , Visitor identity information verification can automatically identify foreign visitors, the system will automatically generate visitor trajectory maps in real time, store, query, and track visitor records in real time, and make identity confirmation marks.
The system can standardize the management of employees and visitors, optimize the management and control process of building safety, and can also automatically monitor the working hours of employees. If it exceeds the normal range, it will be reported to the building administrator for confirmation by the relevant company to ensure the health and safety of employees and improve humanization. service experience.
Energy consumption analysis
Building energy consumption management has become a key monitoring object. The system automatically collects energy consumption operation data of various infrastructures in buildings, and provides real-time monitoring of load energy consumption, dynamic load energy consumption analysis, load management control and orderly power consumption in different regions. manage.
The system realizes the multi-dimensional visual display of energy consumption information of different departments at different times, compares and analyzes it with the data of the same period, judges the abnormal situation of equipment energy consumption, and assists in taking energy-saving measures. Through the preset energy consumption warning value, the system can automatically send warning information through SMS, WeChat, etc. when the energy consumption of a certain equipment exceeds the limit, and supports remote and contactless control of abnormal energy consumption equipment in the system. Through the intelligent management of building energy consumption, effective energy saving and emission reduction are realized, and operating costs are reduced.
Smart security monitoring
Connect to the video monitoring central control system in the internal monitoring area of the building, support real-time 24-hour uninterrupted monitoring of public areas, collect existing video and other security system data in real time, provide active detection alarm and video capture function after alarm, and the system can upload in real time To the administrator's mobile terminal and large-screen visual display interface; when the sensor monitoring equipment alarms, the system can be linked with access control, lighting, fire protection and other systems to take various measures in time, and notify the management personnel through the mobile terminal and large screen in time Evacuate the crowd, carry out emergency repairs and repairs in a timely manner, ensure the safety of the building in all directions, assist managers to ensure the level of intelligent management, and improve emergency response capabilities.
Intelligent inspection
The traditional manual inspection method uses more manpower to arrive at the designated location for inspection, and the smart building integrated management system can assist managers to connect key inspection areas in series, and use the ZTMapGIS system to form a closed-loop inspection route. The inspection team can customize the inspection route according to the inspection area, take pictures, record and upload the inspection information, and check whether the current status is normal in real time; the background management of the system can assign task management according to the set inspection route to avoid multiple people inspecting the same area The route causes a waste of resources, which ensures the authenticity of the inspection work content and saves labor costs.
System advantage
Zhentu Information uses emerging technologies such as the Internet of Things, big data, artificial intelligence, and digital twins to build a smart building system integration with multiple functions such as comprehensive database, access control management, equipment energy consumption management, security monitoring management, and intelligent inspection management. Management system, creating a new model of green, safe and efficient building operation and management.
Through the ZTMap3D 3D fusion rendering platform, real-time rendering of multi-architecture 3D models can be realized. Based on the latest front-end drawing technology, it is developed to solve the problem of cross-platform compatibility of 3D rendering and realize the immersive experience of intelligent scenes. The system platform integrates high-level sharing of data and information between systems, and realizes effective and reasonable allocation of resources, breaking the information barrier between previous application systems, and providing building managers with automated and integrated management solutions. And improve the efficiency of building management and reduce operating personnel costs.
Summarize
The smart building building integration system platform built by Zhentu Information integrates structure, system, service, management and optimization, which meets the functional requirements of building management, monitoring, operation and maintenance, security, energy consumption, etc., allowing administrators to intuitively grasp The effective information in building operation makes complex intelligent building operation and maintenance management information easy to express, realizes transparent and visual management, and then improves the efficiency of operation and maintenance management and monitoring control, and builds a safe, efficient, green and energy-saving building environment system.