Smart Activation: By integrating the device's start/stop function into mobile terminals through an "Internet + Industry" approach, it enables remote activation and deactivation from any location with network access worldwide. Emergency Shutoff: Equipped with built-in sensors to collect data, the device uses preset programs to assess conditions and automatically triggers an emergency shutoff of the valve in hazardous situations. Environmental Monitoring: The device incorporates multiple sensors for temperature, humidity, and gas detection, enabling real-time monitoring of external environmental conditions. Operational Monitoring: It integrates pipeline data such as flow rate, pressure, and leakage into the control system, allowing real-time monitoring via central control devices and mobile terminals. Intelligent Monitoring: Through big data analysis of real-time data collected by various sensors, the system provides a safety operation index, offering reliable references for management personnel. Full Machine Identity Storage: Utilizing an "Internet + Industry" approach and a cloud management platform, the device records its entire lifecycle—from configuration to production and shipping—in a QR code format. Staff can scan the QR code on the device to access relevant information, ensuring excellent traceability.

All assembly and debugging are completed before leaving the factory, reducing construction time. The control system integrates AI and IoT, enabling remote operation and maintenance. All equipment is connected via WiFi, with modular design to simplify on-site maintenance and enable plug-and-play installation. The unique plate heat exchanger flow channel design effectively reduces secondary network power consumption, achieving energy savings of up to 40%. The edge computing module is equipped with multiple functions, ensuring efficient operation while providing safety measures such as overpressure protection and water shortage protection. Through advanced plate heat exchanger flow channel design and intelligent control systems, energy consumption is significantly reduced, and heating efficiency is improved. The integration of AI and IoT technologies enables remote monitoring and intelligent maintenance, reducing manual intervention and lowering operational costs. Modular design and WiFi connectivity simplify installation and maintenance processes, shortening project timelines. Multiple safety protection measures ensure stable operation under various working conditions, eliminating potential safety hazards.