The most commonly used soil moisture sensors on the market are tdr soil moisture sensors and fdr soil moisture sensors.

Soil sensors are rich in variety. We can choose not only the sensor that combines soil water content, electrical conductivity and temperature, but also the soil parameter tester that can monitor moisture, temperature and humidity, PH, nitrogen, phosphorus and potassium, and electrical conductivity at the same time.

Soil temperature sensors are widely used in the measurement and research of agriculture, forestry, geology, farmland, water conservancy, forest, lawn, highway, railway maintenance and other aspects.

How to use the soil temperature sensor:Usually buried in the soil surface, it can also be measured in layers. A soil drill can be used to dig a hole of an ideal depth at the selected test point on the ground, and bury the sensor in it. Long-term field observation is possible.

The intelligent agricultural Internet of Things system is to apply the Internet of Things technology to traditional agriculture, and use sensors and software to control agricultural production through a mobile platform or a computer platform.

Agricultural Internet of Things, that is, the Internet of Things that participates in automatic control through real-time display of various instruments or as parameters of automatic control. It can provide a scientific basis for the precise regulation of greenhouses, and achieve the purpose of increasing production, improving quality, regulating growth cycle and improving economic benefits.

Agricultural Internet of Things is the application of Internet of Things technology in agricultural production, operation, management and services. Network and Internet transmission, integrate and process the obtained massive agricultural information, and finally realize the process monitoring, scientific decision-making and real-time service of agricultural pre-production, production and post-pro···

Sensor technology is a high-level product of the development of modern agriculture, and it is also the technical core of smart agriculture. Under the macro-control of the Internet of Things, sensors can sense the environmental needs of different crops according to the current planting characteristics of agricultural products. By implementing intelligent monitoring on them, planting efficiency and ···

Smart agriculture is the deep integration of the Internet of Things and traditional agriculture. Sensors can not only solve the limitations of natural factors such as temperature, but also complete remote control scientific research and detection in fields, greenhouses, aquatic products, livestock and other industries, and reasonably reduce the consumption of human resources.

Industrial routers use industrial-grade wireless communication modules. All components are selected according to industrial-grade standards, resistant to high and low temperatures (-35°C to 75°C), wide voltage (5V-35V), and are designed for stable operation in harsh environments. Commercial wireless routers have relatively low requirements for device stability, high and low temperature resistanc···