Application of Intelligent Water and Fertilizer Irrigation in Greenhouse
Tomatoes In large-scale greenhouse tomato cultivation, traditional manual irrigation and fertilization suffer from problems such as uneven water and fertilizer application, high labor intensity, and poor environmental adaptability. Relying on intelligent water and fertilizer machines for precision greenhouse irrigation has become a mature path to improve the quality and efficiency of greenhouse cultivation. It has been stably implemented in contiguous tomato greenhouses, making greenhouse cultivation more efficient and greenhouse irrigation more scientific.
Tomatoes, peppers, and other fruits and vegetables are grown simultaneously in the greenhouse. The entire intelligent water and fertilizer system is highly intelligent, allowing for preset irrigation times and durations, and automatically executing rotational irrigation and quantitative supply. The system is equipped with an environmental monitoring module that collects key greenhouse cultivation parameters in real time: greenhouse temperature, humidity, and soil moisture. It also synchronizes with outdoor meteorological data such as wind speed, wind direction, and light intensity to dynamically adjust greenhouse irrigation strategies, avoiding excessive water evaporation during periods of high temperature and strong winds, and preventing diseases caused by high humidity and low temperature.
During operation, the tomato greenhouse no longer requires manual inspection and watering of each row. The intelligent water and fertilizer machine automatically completes the entire process of fertilizer preparation, mixing, delivery, and drip irrigation, shifting greenhouse cultivation management from "relying on experience" to "relying on data." Greenhouse irrigation is supplied on demand and precisely targeted, avoiding water and fertilizer loss caused by excessive irrigation while ensuring a continuous and stable supply of nutrients to the roots of tomatoes and peppers, resulting in significantly improved fruit uniformity and marketability. This model is suitable for large-scale, contiguous greenhouse cultivation, with a single unit covering multiple tomato greenhouses. The greenhouse irrigation pipelines are uniformly laid out and controlled by zones, requiring only one person for operation and management, greatly reducing labor input and maintenance costs. Practice has proven that the intelligent water and fertilizer machine reduces water and fertilizer consumption in tomato greenhouses by over 30%, stabilizes the greenhouse growing cycle, and provides more timely irrigation response. Overall, its benefits are significantly superior to traditional methods, making it a reliable solution for standardized and large-scale production of greenhouse vegetables.
