High Efficiency: The intelligent building integrated management system centralizes monitoring and management of subsystems such as power, lighting, air conditioning, water supply and drainage, fire protection, and security. It breaks down the silos between traditional building systems, significantly improving overall management efficiency.
Intelligent Control: By utilizing modern computing, network communication, and automatic control technologies, the system intelligently manages building equipment, optimizes operating conditions, reduces manual intervention, and enhances automation levels.
Energy Saving & Environmental Protection: With real-time monitoring and energy data analysis, the system optimizes energy usage, reduces resource waste and operational costs, and minimizes environmental impact.
Enhanced User Experience: The system adjusts indoor temperature, humidity, lighting, and other environmental factors based on user needs, creating a more comfortable, convenient, and safe working and living environment—boosting satisfaction and well-being.

Device Integration & Control: Supports multiple communication protocols (e.g., BACnet, Modbus, OPC, KNX) to enable centralized monitoring and automation of equipment such as HVAC, lighting, and elevators—ensuring efficient and coordinated operations.
Smart Scene Switching: Automatically switches device operation modes (e.g., work mode, energy-saving mode, night mode) based on time, environment, or user preferences, enhancing energy efficiency and user comfort.
Remote Control Capability: Allows remote control of building systems via mobile or web interfaces, enabling facility managers to respond to events and adjust operations anytime, anywhere.
Fault Alerts & Diagnostics: Monitors equipment in real time, identifies anomalies early, sends alerts, and provides diagnostic suggestions to reduce downtime and maintenance costs.

Power Monitoring & Analysis: Collects and analyzes energy consumption data from lighting, sockets, air conditioning, and other electrical equipment through power parameter acquisition modules. Generates detailed power usage reports to optimize energy structure.
Water Monitoring & Management: Smart meters installed at water usage points and pipeline valves monitor real-time water consumption, detect anomalies (e.g., leaks), and send alerts to reduce water waste.
Air Conditioning Energy Optimization: Real-time monitoring of regular, precision, and central air conditioning units’ energy consumption. Combines with indoor and outdoor environment data to automatically adjust operating parameters for energy saving.
Energy Visualization Display: Displays building energy usage data graphically on large screens or mobile devices, helping managers understand usage patterns and develop scientifically grounded energy-saving strategies.

Seamless collaboration between building control and energy management modules enhances operational efficiency and energy savings.
Deep integration of security monitoring and data analytics ensures safety and improves decision-making.
Flexible configuration and interface protocol support increase system compatibility and ensure stable operations.