A smart park refers to an architectural form that applies technologies such as the Internet of Things, big data, and artificial intelligence to traditional buildings and infrastructure to achieve comprehensive monitoring, management, and services for the park. By networking equipment, facilities and systems in the park, data transmission, sharing and response can be realized, the management efficiency and operational benefits of the park can be improved, and more intelligent and comfortable services and environments can be provided for residents and users.
Tupu's smart park digital twin system built by self-developed HT for Web can truly restore the three-dimensional scene of the park and display security, fire protection, lighting, air conditioning, elevators, water supply and drainage, electricity and other equipment in detail. Supplemented by data boards on both sides, the building's asset data, environmental data, security data, etc. can be visually displayed. Realize functions such as human-computer interaction, information sharing, safety monitoring, energy conservation and environmental protection, including but not limited to personnel and equipment management in the park, energy consumption monitoring and adjustment, safety monitoring and early warning, intelligent traffic management, etc. Its purpose is to improve the overall quality of the living and working environment and contribute to the sustainable development of the city.
comprehensive situation
By integrating the capabilities of various business units in the park, Tupu HT breaks down information silos and conducts global management and control of functional areas such as building security, energy efficiency, transportation, environment, and equipment assets in the form of data visualization, gradually realizing refined energy management and reducing energy consumption. The total consumption improves energy utilization, achieves dual control of energy consumption, effectively improves the efficiency of park management, and reduces management costs.
Comprehensive security
Comprehensive security displays a comprehensive security network by integrating park video surveillance, patrol systems, access control systems, fire protection systems, etc. to achieve a visual security system to effectively allocate equipment and human resources to ensure the safety of residents, personnel and property in the building .
monitor
Combined with the three-dimensional scene to display the park monitoring location, the corresponding monitoring video can be called through mouse click interaction, and the alarm monitoring equipment can be highlighted, making monitoring management faster and more convenient.
Patrol
It displays patrol routes and patrol points in combination with the scene, and supports the conversion of patrol personnel's location coordinates into three-dimensional scene coordinates, so that the three-dimensional scene can be linked with reality, allowing managers to understand patrol routes and patrol situations in real time. control, effectively improving the level of patrol security management.
access control
By marking access control points in the three-dimensional scene and accessing monitoring data such as access control face recognition and snapshots, Tupu HT can monitor the current personnel information of each access control in real time.
Firefighting
Combined with the three-dimensional scene to display the park monitoring location, the corresponding monitoring video can be called through mouse click interaction, and the alarm monitoring equipment can be highlighted, making monitoring management faster and more convenient.
Access management
Tupu HT supports the comprehensive management of people, vehicle access rights, parking spaces, etc. in the park by integrating information on the entry and exit of people and vehicles in the park, integrating gates, gates, elevators and other IoT devices, and combining geographical information capabilities.
elevator
In the smart community visualization platform, Tupu HT realizes elevator animation simulation by binding the elevator operation data-driven model, and highlights the abnormal alarm equipment, which greatly increases the response efficiency of elevator fault handling and ensures the safety of personnel.
PARKING LOT
Restore parking spaces, facilities, etc. through a three-dimensional scene, connect parking space data in real time and perform simulated restoration in the three-dimensional scene, monitor parking space occupancy in the park, and manage vehicles. Based on multi-dimensional data such as space, time, and indicators, the traffic flow, type, and time period analysis data of vehicles in the park are dynamically refreshed, and the daily parking space usage in the park is summarized in real time, effectively improving traffic efficiency and parking space usage efficiency.
gate
Tupu HT smart park monitoring system supports the display of access control equipment status, access control traffic data, access control alarm and other data in a three-dimensional scene, and provides docking background equipment control interface to realize remote door opening and closing of equipment, permission management and other functions, thereby facilitating gate access. management and control.
Energy efficiency management
The purpose of energy efficiency management is to centrally monitor and manage energy usage such as power distribution, lighting, air conditioning, water supply and drainage in the building. Analyze the relationship between equipment database and energy consumption, conduct data mining, and regularly evaluate and improve equipment energy consumption performance, so that each building energy consumption equipment system can operate efficiently under different working conditions to achieve the goal of further optimizing energy conservation.
power distribution
By combining distribution lines and building models, Tupu HT can visually check the direction of distribution lines. It can also be used with IoT devices to monitor power data. When a power failure occurs, an alarm signal can be sent out in time to ensure the normality of the power system. operation and system security.
illumination
In terms of building automation, the HT data visualization supervision platform is used to restore the lighting equipment points in the floor and connect to the lighting control system to achieve linkage between reality and three-dimensional scenes. The status of all lighting equipment in the building can be monitored and controlled without leaving home, reducing the need for Daily lighting energy consumption to achieve truly smart lighting.
air conditioner
In the smart park management and control platform, the air-conditioning system pipes and equipment are restored and displayed, and the air-conditioning bridge wiring and data such as temperature, humidity, and air quality can be visually viewed. It also supports reverse control of air-conditioning equipment through three-dimensional scenes to facilitate the control of air-conditioning equipment. Carry out real-time maintenance and troubleshooting to provide information on the air environment quality inside the park and the work efficiency of operation and management personnel.
Drainage
Water supply and drainage management is mainly used to monitor and manage the water supply, drainage and sewage treatment systems of buildings. HT combines water quality monitoring, water quantity monitoring, water leakage monitoring, water pressure monitoring, sewage treatment monitoring, etc. with three-dimensional scenes for visual display to understand water supply and drainage in real time. All aspects of status data are used to monitor equipment operating status, abnormalities, etc. to help managers achieve safe drinking water, resource conservation, building safety and other purposes.
Property management
The property management module is an important module in the building digital twin, including human resources system, work order system, etc. It can help property managers conduct property management more efficiently, improve property service quality and customer satisfaction, and can also provide owners with Provide better services and experiences.
Work order system
The smart community visualization platform builds a visual work order data dashboard to see at a glance the completed work orders, uncompleted work orders, and work order trends in the community, and supports the distribution and tracking of work orders to improve work order processing efficiency and building maintenance quality. , and can also provide tenants with better services and experiences.
human system
Through a simple visual signboard, daily employee attendance status can be statistically displayed, and employee positioning can be displayed in real-time in a three-dimensional scene by connecting personnel positioning data, making employee deployment more convenient and helping property managers manage human resources more efficiently. Improve the utilization efficiency and management quality of human resources.
Other extensions
oblique photography
In the Tupu HT Smart Park Intelligent Operation Center IOC system, by taking oblique photography of the entire park and generating a three-dimensional scene model, combined with the geographical information system (GIS), the buildings, road environment, park facilities and equipment in the park are highly restored. Surrounding environment, etc.
video fusion
HT uses graphics and image processing technology to superimpose video images and three-dimensional scene graphics. The video signal is calibrated according to the virtual camera position, angle and field of view of the three-dimensional scene, so that the video picture and the scene can achieve consistent visual effects and achieve video fusion. Video fusion can provide more intuitive and comprehensive visual information, helping users better understand and analyze real-time surveillance videos in the scene. This is of great significance in areas such as security monitoring, emergency response and decision support.
Traffic flow simulation
Traffic flow simulation is based on actual traffic information data and behavior models, combined with the three-dimensional scene of the park and vehicle models, to create a real visual road environment to realize vehicle movement and interaction simulation on the road. Through the HT traffic simulation display, users can observe and Study road flow, traffic conditions and congestion under different traffic conditions. This has important implications for traffic planning, traffic optimization, and the design and evaluation of intelligent transportation systems.
BIM building construction
Building Information Modeling (BIM) is a three-dimensional model data in the management information system of the construction industry. Engineering and construction professionals can obtain relevant information data through BIM to plan, design, construct and manage buildings and infrastructure more efficiently. . The smart park superimposes BIM building data onto the map scene to achieve a combined display of BIM + GIS. By separating different floors of the BIM model and the asset construction within the floors, the building construction process is dynamically restored and demonstrated.
Advantages of smart park visualization
- Comprehensive Situation Module : The park overview data is clear at a glance. Park operations can be gradually refined through high-level overview data to achieve the purpose of reducing park operation costs and improving park service quality.
- Comprehensive security module : Establish a visual security network by visualizing security equipment and data to effectively allocate equipment and human resources to ensure the safety of residents, personnel and property in the building
- Passage management module : By connecting the entry and exit information of people and vehicles in the park, integrating IoT devices such as turnstiles, gates, and elevators, and combining geographical information capabilities, it can conduct comprehensive management of people, vehicle access rights, parking spaces, etc. in the park.
- Energy efficiency management module : Centrally monitor and manage energy usage conditions such as power distribution, lighting, air conditioning, water supply and drainage in the building. Enable the energy-consuming equipment systems of each building to operate efficiently under different working conditions to achieve the goal of further optimizing energy conservation.
- Property management module : Help property managers conduct property management more efficiently, improve property service quality and customer satisfaction, and also provide owners with better services and experiences.