This high-precision sensors, monitoring over 10 environmental parameters and gases, forming a multi-dimensional sensing network for automated warning or control actions. The system supports four core applications:Industrial Equipment Monitoring、Agricultural Environment Control、Smart City Air Quality Management、Commercial Space Energy Optimization.

With modular design compatible with LoRaWAN/NB-IoT protocols, delivering end-to-end solutions from single-point monitoring to system-level intelligent decision-making across industries.

Sensor data is transmitted via RS485/LoRa/4G to a central control system, where edge computing and AI algorithms analyze parameters and automatically regulate shade, ventilation, climate control, and CO₂ supplementation devices.Managers can remotely monitor environmental metrics and equipment status through mobile devices, receive anomaly alerts, and optimize cultivation strategies using historical data.

◆ Safety Enhancement: Smoke sensor-fire system integration reduces fire response time by60%.

◆ Energy Efficiency: Illuminance and temperature humidity sensors working synergistically to cut building energy consumption by 25–35%.

◆ User Experience: Personalized environmental adjustments, such as pre-cooling/heating conference rooms, improve occupant comfort and productivity.

◆ Distributed Sensor Network: Deployed at critical nodes (vessels, pipelines, workshops) for multi-parameter coverage.

◆ IIoT Data Pipeline: Wireless/wired transmission to cloud platforms via LoRaWAN/NB-IoT, with edge computing for low-latency anomaly detection.

◆ Automated Response: Triggers emergency ventilation, valve closure, or personnel evacuation protocols upon threshold breaches.

◆ Digital Twin Interface: visualization of sensor data enables remote monitoring and historical trend analysis for predictive maintenance.