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Intelligent construction lacks overall planning and design, or there is a situation of secondary transformation and repeated construction. There is a need for intelligent transformation, but there is a lack of professional evaluation, it is easy to pile up hardware, the input cost is large, but the effect fails to reach the expectation.
Intelligent equipment involves many manufacturers, and technical barriers cause the subsystems to be separated, forming information islands; the diversity of application protocols increases the difficulty of system, data, and service integration, and it is difficult to realize the association of scenes and events.
The daily management, O&M of the campus are highly dependent on manual work, which is characterized by low management efficiency, many loopholes and rising costs. It is difficult to integrate and deploy the subsystems of the traditional building automation system technically, and it is difficult to form a unified integrated management platform.
Traditional building automation systems primarily focus on remote control functions but lack data analysis capabilities, making it difficult to unlock the value of data. This limitation hinders the realization of energy-saving, consumption-reduction, and asset appreciation functions, which is detrimental to the digital transformation and upgrade of the campus.
The system uses sensing control devices and IoT sensor networks to collect, identify, monitor, and control status information related to infrastructure, environment, buildings, and safety within the campus. Combining 3D modeling and IBMS platform, it creates flexible and intelligent scene solutions. Through the end-to-end connecting the space and time rights with the business and process rights, it implements the intelligent linkage and control between people, people and objects, and objects based on specific scenes to improve the management level of the campus and create a good campus environment experience.
Integrated equipment management and control
Based on the three-dimensional IBMS platform, the system integrates and interactively manages subsystems such as video surveillance, access control, HVAC environment, intelligent lighting, and intrusion safety.
3D panoramic interaction
The system provides an immersive 3D panoramic interactive experience, visualizing campus buildings and facilities through 3D modeling and the IBMS platform, enhancing information efficiency and management effectiveness.
Area scenario permission control
It achieves intelligent scenario coordination and linkage through regional devices and sensors, allowing intelligent scene control and permission management for areas like meeting rooms and office spaces.
Multi-dimensional safety management and control
The system integrates various sensors, cameras, and other devices to build an intelligent protective barrier. The system ensures safe and efficient campus management through safety access control, barrier gates, inspections, and lock control.
Business collaboration and information integration
The system integrates and connects various subsystems and third-party devices and products at the edge and end-sensing layers, breaking information silos and supporting business and information collaboration.
Energy management and optimization control
The system connects to energy management systems, monitoring, and analyzing the use of various energy types in the region, enabling optimized control and management. It adjusts regional energy usage arrangements, reducing energy consumption and achieving energy savings.
Diverse control strategies
The system supports manual strategies, scheduled strategies, and customizable control strategies, enabling different control strategies for different days, weeks, or holidays to improve the control experience of intelligent devices.
Efficient campus management
Through the APP and management backend, the system enables centralized intelligent management, improving resource utilization rates, providing quick insights into campus information and operational status, and facilitating operational control, maintenance, and business management.
The intelligent energy O&M control system is primarily designed for supply-side energy users, including photovoltaic stations, wind turbines, energy storage stations, charging stations, integrated energy stations, and multi-energy integration stations. It facilitates intelligent O&M and monitoring across these scenarios, enabling intelligent energy O&M on the regional energy production and supply side.
The campus energy efficiency management system utilizes digital IoT and other intelligent power technologies to provide comprehensive monitoring and management of power distribution, distributed energy equipment, personnel, and environments for users such as enterprises, factories, hospitals, campuses, and buildings. It enables operational monitoring, energy efficiency management, intelligent O&M energy coordination, transfer supply operations, and full lifecycle management of equipment assets. The system also meets the requirements of government and power regulatory authorities for online energy consumption monitoring and demand-side management, contributing to the goals of "carbon peaking and carbon neutrality."
The system collects, identifies, monitors and controls the status information of infrastructure, environment, buildings, safety and other aspects of the campus through the perception and control of equipment and the IoT sensor network. Integrate and interactively manage video surveillance, access control, intelligent lighting, and intrusion safety through the three-dimensional IBMS platform. By establishing end-to-end integration of spatiotemporal access and business/process permissions, the system enables intelligent interaction and control between people, between people and objects, and between objects in specific scenarios, which enhances campus management efficiency and improves the overall environmental experience.
The intelligent lighting system is built around self-developed user language and UT-BUS bus technology, integrated with ZigBee wireless networking, cloud services, intelligent voice, and standard protocols. Relying on the dual-safety product design concept, it creates a low-cost, expandable, stable, and reliable intelligent lighting system, providing users with efficient, energy-saving, safe, and comfortable intelligent lighting solutions.
By monitoring the carbon emissions in various scenarios across the campus and using scientific accounting models to audit carbon assets, the system helps identify reduction measures, achieving the goals of energy saving, emission reduction, and efficiency improvement, and creating a near-zero carbon benchmark campus. By connecting energy, building, and office subsystems with edge intelligent devices, the system integrates energy consumption data into a digital platform. This helps optimize green energy supply at the source, ensures effective carbon emission monitoring at the terminal, and upgrades intelligent management during the process. Ultimately, it enables near-zero carbon circular economic development and a green living experience. With the goal of achieving carbon neutrality in the campus, a closed-loop system is created that covers data collection of carbon emission sources, emission accounting, asset inventory, and carbon neutrality strategies.