Description
By combining 4G network transmission and automatic control technology, this system enables remote data acquisition and transmission, as well as remote control of electrical equipment and valves. Substations are established at the source and various distribution points, all valves are replaced with electric control valves, and intelligent instruments and transmitters are installed. Each substation transmits all collected data to the main station. The main station is located in the water supply pump room on the outskirts of the county town and receives all data. Through Wi-Fi or 4G networks, data aggregation, analysis, and remote control are achieved, resulting in a fully automated system.
Application scenarios:
Urban water supply network monitoring: Three levels of active isolation hubs are deployed along a 5-kilometer pipeline network. Each level connects 8 pressure sensors and 4 flow meters. The signals are amplified and transmitted to the control center. Isolation protection prevents lightning strikes from damaging the front-end equipment.
Agricultural irrigation system: 10 hubs connect 20 soil moisture sensors and 10 solenoid valve controllers, deployed in different irrigation areas. A sensor failure in one section does not affect the overall bus operation.
Application scenarios:
Urban water supply network monitoring: Three levels of active isolation hubs are deployed along a 5-kilometer pipeline network. Each level connects 8 pressure sensors and 4 flow meters. The signals are amplified and transmitted to the control center. Isolation protection prevents lightning strikes from damaging the front-end equipment.
Agricultural irrigation system: 10 hubs connect 20 soil moisture sensors and 10 solenoid valve controllers, deployed in different irrigation areas. A sensor failure in one section does not affect the overall bus operation.