Irrigation controller offers functions such as timed irrigation, environmental monitoring and response, remote control, and monitoring. It can operate the entire irrigation system automatically or semi-automatically. Within a radius of about 3 km, it can connect to electromagnetic valves, water pressure sensors, soil moisture sensors of different specifications through wireless irrigation controller nodes. All sensors and electromagnetic valves are powered directly by solar energy or batteries.
This device can also be used for frost monitoring, warning, and real-time irrigation and drainage control. By efficiently managing the irrigation system, it optimizes the use of water resources, improves crop yield and quality, reduces workload, and enhances the efficiency and precision of farmland management. It is widely used in field crop cultivation, fruit farming, facility horticulture, landscape gardening, ecological restoration, etc.
The system analyzes data collected by the front-end of the automatic monitoring system, including soil, climate, and plant-related information. It processes the data results and makes irrigation and drainage decisions. The irrigation controller sends wireless control signals to manage the opening, closing, and duration of the electromagnetic valve, while also monitoring pipeline pressure and flow in real-time, ensuring precise water and fertilizer irrigation for farmland crops. The innovative technology of wireless connection between the irrigation controller and the electromagnetic valve addresses the drawbacks of traditional wired control irrigation systems. It provides a more economical, practical, and efficient automatic irrigation control system for agricultural irrigation, offering a complete solution for precision agriculture irrigation.