The single-circuit intelligent water and fertilizer integrator is a modern agricultural equipment that works by mixing fertilizer and water and then delivering them directly to the crop roots through a piping system. This equipment can automatically adjust the amount and timing of water and fertilizer supply according to the specific needs of the soil and crop, saving resources and improving crop growth efficiency.
The single-channel water and fertilizer unit is an intelligent irrigation system specifically designed to meet the crop's need for a single fertilizer. This device features a simple fertilizer suction channel that makes the process intuitive and easy to operate. It is suitable for agricultural scenarios where the need for fertilizer type is not complex or where small scale precision fertilization is required.
Our company offers water-fertilizer integration equipment that can be personalized according to a variety of factors such as crop type, soil characteristics, topographical conditions, and water availability. This customization ensures precise control of irrigation and fertilization, which not only improves water and fertilizer use efficiency, but also helps to conserve resources, optimize soil conditions, and enhance overall crop quality.
Through intelligent design, our equipment supports remote monitoring and operation, allowing users to easily check the growth status of field crops using their smartphones or computers. This remote control function makes precise regulation and efficient management possible, reducing labor costs and promoting the development of smart agriculture.
Water-fertilizer integration technology simplifies the fertilization process by mixing fertilizers directly into the irrigation water, reducing fertilizer waste and environmental pollution. This technology makes it easier for crops to absorb nutrients and improves the efficiency of fertilizer use. Compared with traditional fertilizer application, it is able to reduce fertilizer use by about 40 to 50 per cent while maintaining yields.
This paper addresses：https://fengtusz.com/industry/413.html
