3D Digital Twin Integrated Management Platform

I. Introduction to the 3D Digital Twin Integrated Management Platform

The Intelligent Building System Integrated Management Platform provides a solution for intelligent information integration management based on public and private clouds. Utilizing advanced technologies such as cloud computing, big data, and the Internet of Things (IoT), along with computer, network, communication, and management technologies, it integrates individual information subsystems into a cohesive cloud platform. This platform enables interoperability, complementary advantages among subsystems, and collaborative operations. Deployed via the cloud, it addresses performance issues and lays a solid foundation for smart applications.

II. Functions of the 3D Digital Twin Integrated Management Platform

The intelligent integrated system is designed to achieve the following specific functions:

(1) Unified monitoring, control, and management of various electromechanical subsystems

(2) Implementation of cross-subsystem linkage strategy control

(3) Open data structure to facilitate information sharing

(4) Improved work efficiency and reduced operational costs

(5) Equipment diagnostics and maintenance, energy consumption analysis and management

(6) Reduction of operational costs and enhancement of commercial value

For more product information or pricing, please call our company.

Product inquiry contact number: 15O-O29O-668O

Please contact Manager Zhang: 152-- O29O-- 668O (same for VX)

We are dedicated to providing project drawing design optimization and configuration plan quotations!!!

III. Subsystems and Functional Descriptions of the 3D Digital Twin Integrated Management Platform

1. Air Conditioning System

Monitors all operational parameters of the air conditioning unit: exhaust fan temperature and humidity, supply air temperature, opening degrees of exhaust dampers, water valves, fresh air dampers, fan operation status, filter status, manual/auto status, etc., to promptly grasp the overall operational status of the air conditioning unit.

Allows control (parameter settings), such as temperature and humidity setpoints. Users can input set values, which are then sent to the air conditioning unit.

2. Chiller System

Displays the operational status (running or not), operating mode (cooling or heating), cooling tower return water humidity, cooling water temperature and pressure, chilled water temperature and pressure, as well as the operational status of cooling pumps and chilled water pumps, enabling real-time understanding of the entire chiller system's operation and timely fault handling.

3. Heat Source System

Shows the operational status (running or not), operating mode (cooling or heating), cooling tower return water humidity, hot water temperature and pressure, and the operational status of hot water units, allowing real-time monitoring of the entire hot water system and prompt response to faults.

4. Supply Air Fan

Monitors the operational status of all supply air fan units and triggers alarms in case of malfunctions, facilitating timely intervention to ensure normal operation.

5. Exhaust Fan

Monitors the operational status of all exhaust fan units and triggers alarms in case of malfunctions, facilitating timely intervention to ensure normal operation.

6. Water Supply and Drainage

Water supply equipment (hot water units, disinfection equipment, circulation pumps, water tanks, etc.), drainage equipment (submersible sewage pumps).

7. Fire Alarm System Integration

The fire alarm system transmits information to the smart cloud operation management via serial port or network, including system host operational status, fault alarms; fire detector operational status, detector address, location information, and status of related聯(lián)動(dòng)設(shè)備.

In case of a fire alarm in a specific fire compartment, besides the alarm display on the fire alarm system, the integrated system workstation automatically displays the alarm information of that compartment in an animated manner, including the fire location and the status of related聯(lián)動(dòng)設(shè)備. Related聯(lián)動(dòng)actions include:

Upon fire alarm, the fire system identifies nearby camera numbers based on the alarm point location and sends a linkage request to the integrated system via the network.

8. Intelligent Lighting System Integration

The platform integrates with the intelligent lighting control system via OPC interface, centrally monitoring the operational status of intelligent lighting control system devices and displaying information of various lighting areas in the form of electronic maps. Monitors the operational status, current values, and fault information of critical circuits.

9. Floodlighting System Integration

Hardware connectivity is achieved through unified network planning and IP allocation, enabling interconnection between the floodlighting subsystem and the smart cloud operation management server computer network to meet data monitoring requirements. Software integration involves custom-developed gateway interfaces using the network SDK development kit or communication protocol provided by the floodlighting system, facilitating communication between the floodlighting subsystem data and the intelligent building system integrated management platform.

10. Energy Metering System Integration

Energy Consumption Monitoring and Management Module:

Primarily involves secondary development of an energy management-specific reporting system based on a universal configuration software. Comprises functional modules such as screen design, driver management, and real-time data management.

Energy-saving Real-time Control Module:

Includes an ultra-precise fuzzy expert database, flexible control strategy editor, control strategy interpreter, and I/O data driver module.

Monitors energy data from water, electricity, and gas meters, displaying device locations via electronic maps or lists.

Provides energy data records and conditional queries based on time periods, keywords, etc.

Enables statistical analysis and querying of historical energy data, displayed in various chart forms such as curves, bar charts, and pie charts.

11. Computer Room Environmental Monitoring System Integration

Offers data對(duì)接services for power distribution detection systems, temperature and humidity monitoring systems, precision air conditioning monitoring, fresh and exhaust fan monitoring, water leakage detection systems, fire monitoring systems, access control devices, and video surveillance equipment in computer room environmental control systems.

12. Power Distribution System Integration

Real-time monitoring of power distribution system parameters and alarms; parameters such as voltage, current, power factor of power supply circuits; incoming and outgoing line voltage, current, frequency, power factor, total active power, and apparent power parameters.

13. Elevator System Integration

Hardware connectivity is achieved through unified network planning and IP allocation, enabling interconnection between the elevator subsystem and the smart cloud operation management server computer network to meet data monitoring requirements. Software integration involves custom-developed driver components using the communication protocol provided by the elevator monitoring system, facilitating communication between elevator monitoring subsystem data and the intelligent building system integrated management platform.

Supply air fan units: monitors the operational status of all supply air fan units and triggers alarms in case of malfunctions, facilitating timely intervention to ensure normal operation.

14. VRV Air Conditioning System Integration

Hardware layer connectivity is achieved through unified network planning and IP allocation, enabling interconnection between the VRV air conditioning subsystem and the smart cloud operation management server computer network to meet data monitoring requirements. Software interface layer integration involves custom-developed gateway interfaces using the SDK development kit provided by the VRV air conditioning system, facilitating communication between VRV air conditioning subsystem data and the intelligent building system integrated management platform.

IV. Why Choose Yachuan Technology

Yachuan adheres to the business philosophy of "continuously meeting users' expectations for products and efficient services." Our commitment to quality and alignment with user expectations is our consistent stance and promise.

1. Professional technical personnel to serve you;

2. Free training for engineering technicians and maintenance personnel to master the performance, debugging, and maintenance of the equipment used;

3. In case of quality issues, if telephone support is insufficient, our personnel will arrive on-site within eight hours after notification; they will not leave until the故障is resolved and the equipment operates normally, confirmed by the user's signature. The signed維修單will be filed with the company.