Smart Campus Real World Results
Based on IoT, BIM, and AI technologies, the solution enables intelligent management of all elements of the park, including energy, security, services, and operations. It reduces comprehensive energy consumption by 20%-35%, improves space utilization and tenant service satisfaction, and helps achieve park asset appreciation and carbon neutrality goals.
Smart Campus Key Capabilities
Energy And Carbon Management:
Photovoltaic microgrid + AI energy consumption prediction, automatic calculation of carbon emission data and report generation;
Comprehensive Security:
Facial recognition trajectory tracking + perimeter thermal imaging alerts;
Smart Access:
Seamless parking guidance + online visitor appointment approval;
Enterprise Services:
One-stop industrial resource matching platform.
Smart Campus Technical benifits
Multi-System Integration:
Overlaying BIM models with IoT data to enable seamless integration across building automation, fire safety, charging stations, and other systems;
Scalable Expansion:
Modular architecture supports progressive deployment from single buildings to thousand-acre industrial parks;
AI Deep Adaptation:
Self-developed algorithms adapt to complex scenarios.
Smart Campus Proven Use Cases
Industrial Parks:
Customized enterprise profiling matched with investment promotion policies;
Office Building Clusters:
Nighttime intelligent patrol robots + energy consumption metering by household;
Innovation Communities:
Intelligent monitoring of hazardous chemicals in laboratories;
Logistics Bases:
Intelligent platform scheduling + AGV cross-warehouse collaboration.
Security And Compatibility:
Supports hybrid cloud deployment and has passed the Grade 2.0 security certification. Compatible with industrial protocols such as Modbus and BACnet. Open APIs enable integration with government platforms, enterprise OA systems, and third-party applications (e.g., charging station operators, unmanned retail systems).
Case Study:
Smart Industrial Park Operation System Project
Build a unified management platform within the park, combining digital twins and IoT technology to achieve interconnection, smart, and visual management of the park’s systems, creating a high-tech park.
Integrate the park’s environmental and energy monitoring system, comprehensive security management system (including video security monitoring system, intrusion alarm and emergency assistance system, access control system, parking lot management system, visitor management system), smart lighting system, elevator system, fire alarm system, public address system, data center system, computer network management system, and conference system. This creates a comprehensive database for park operation management and builds a digital twin 3D visualization management system, enabling centralized control of all global events and achieving information sharing among subsystems, centralized equipment monitoring, alarm management, and networked control functions.
