✦Description of Soil Integrated Sensor

In the development of modern agriculture, precision agriculture has become an important means to increase crop yields, optimize resource utilization, and protect the ecological environment. As the foundation of agricultural production, the health of soil directly affects the growth and quality of crops. Therefore, it is particularly important to monitor the soil accurately and comprehensively. As an outstanding representative of modern agricultural technology, soil-integrated sensor is gradually becoming a powerful assistant for accurate monitoring of farmland ecology. Soil integrated sensor is a sensor that integrates soil temperature and humidity sensors, soil conductivity, and soil salinity. It is suitable for soil moisture monitoring, scientific experiments, water-saving irrigation, greenhouses, flowers and vegetables, grasslands, soil rapid testing, plant cultivation, sewage treatment, precision agriculture and other occasions. Soil integrated sensor can provide farmers with comprehensive information on crop growth environment. By analyzing the relationship between soil parameters and crop growth conditions, farmers can more accurately regulate the crop growth environment, promote healthy crop growth, and improve yield and quality.

✦Advantages of soil integrated sensor

(1) Three-in-one sensor for soil moisture content, conductivity and temperature, realizing simultaneous monitoring of multiple soil parameters and providing comprehensive information for agricultural production; (2) It can also be used for water-fertilizer integrated solution, as well as the conductivity of other nutrient solutions and substrates; (3) The soil temperature and humidity probe electrode is made of specially treated alloy material, which can withstand strong external impact and is not easily damaged; (4) It is completely sealed and resistant to acid and alkali corrosion, and can be buried in the soil or directly put into water for long-term dynamic detection; (5) It has high accuracy, fast response, good interchangeability, and the probe insertion design ensures accurate measurement and reliable performance; (6) Complete protection circuit and multiple signal output interfaces are optional. (7) It can monitor the changes of soil parameters in real time and provide instant feedback for agricultural production. (8) Intelligence: Combined with technologies such as the Internet of Things and big data, it can realize remote transmission, intelligent analysis and early warning functions of data.

✦Two installation methods of soil integrated sensor

1-Quick measurement method: Select a suitable measurement site, avoid stones, ensure that the steel needle does not touch hard objects, discard the topsoil according to the required measurement depth, maintain the original tightness of the soil below, hold the sensor tightly and insert it vertically into the soil. Do not shake it left and right during insertion. It is recommended to measure multiple times within a small range of a measurement point to find the average value. 2-Buried measurement method: Vertically dig a pit with a diameter of >20cm. According to the measurement needs, insert the sensor steel needle horizontally into the pit wall at a predetermined depth, fill the pit tightly, and after a period of stability, you can measure and record for several days, months or even longer. Combined with other agricultural sensors (such as crop growth monitoring sensors), soil integrated sensors can also provide farmers with comprehensive information on the crop growth environment. By analyzing the relationship between soil parameters and crop growth conditions, farmers can more accurately regulate the crop growth environment, promote healthy crop growth, and improve yield and quality. [contact-form-7 id=”544″ title=”Contact Us”]