Soil Moisture Testing Equipment conducts real-time and precise monitoring of the soil moisture in the field with the help of soil moisture sensors. When arranging the measurement points, factors such as crop types, climate, irrigation conditions and soil types are fully considered to ensure that the data is representative and can accurately reflect the soil moisture conditions under different soil textures and environments. It can also monitor the degree of soil acidification and alkalization and nutrient changes, providing comprehensive data for irrigation decisions.
Based on the collected data, the intelligent irrigation system can achieve intelligent decision-making. The system judges the water demand of crops according to the soil moisture data of each irrigation unit and intelligently sorts the water-deficient units. When the water-deficient unit meets the conditions for opening the rotation irrigation group, the irrigation is automatically started. During the irrigation, the soil moisture sensor continuously monitors. Once the soil water-holding capacity reaches the preset upper limit, the system automatically closes the current unit and starts the irrigation of the next water-deficient unit. This flexible and orderly irrigation decision-making effectively avoids blind irrigation.
Compared with traditional irrigation, the effect of Soil Moisture Testing Equipment is very obvious. Traditional irrigation is judged based on experience, which is likely to cause waste of water resources and it is difficult to meet the precise water demand of crops. However, the intelligent irrigation supported by the monitoring station can achieve a scientific mode of less water but more frequent irrigation, which not only saves water resources but also creates a stable and suitable soil moisture environment for crops, reduces the problems of pests, diseases and poor growth, promotes the absorption of nutrients by crops, and thus achieves increased production and income.
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