Smart irrigation control system to promote smart agriculture
China is a large agricultural country, but traditional agriculture has always had low water resources utilization. The overexploitation of groundwater is serious. In recent years, global water resources have become increasingly scarce. Vigorously develop smart agriculture and transform agricultural irrigation from flood irrigation to precision irrigation. The demand for smart irrigation is becoming more and more urgent. The smart irrigation system can optimize the water consumption according to the types of plants and soil, and the amount of light. The humidity of the soil can be monitored after the rain. Studies have shown that it is compared with traditional irrigation systems. The cost of a smart agricultural irrigation system is about the same, but it can save water by 16% to 30%. The government also attaches great importance to the promotion of smart irrigation. In 2012, California introduced a new bill requiring new companies to use the smart irrigation K control system.
Smart irrigation control system
The smart irrigation system independently developed by Jingxuntong applies high-efficiency water-saving irrigation technology. While greatly improving the utilization rate of water, it has promoted the transformation of agricultural production methods. The traditional farmland water conservancy construction method has been changed, and the land utilization rate has been improved. Changed the traditional way of working. Significantly reduce operating costs and improve labor productivity.
The automatic irrigation system automatically monitors the soil, climate and other environmental data, and the irrigation controller transmits wireless control signals to control the opening and closing of the solenoid valve and the irrigation time. In this way, precise timing and automatic irrigation of crops can be realized. Automatic irrigation system.Through the information collected by the sensor, the soil water demand is judged and analyzed, and the irrigation is automatically stopped when the set threshold is reached, so as to achieve the purpose of saving water and precision irrigation.