A soil moisture monitor is an important tool for in-situ, continuous monitoring of soil environments. It can measure multiple parameters at different depths in the soil profile simultaneously, such as soil moisture, temperature, and salinity, helping researchers understand how these factors change with depth and over time.
It causes minimal disturbance to the soil structure and can be completely buried underground for long-term, stable monitoring. It also integrates wireless transmission technology (such as GPRS/4G) and solar power supply systems, enabling remote, real-time data viewing, making it ideal for field monitoring applications.
Fengtu Technology is a technology enterprise specializing in the research, development, production, and sales of meteorological and agricultural environment monitoring instruments. The company's business covers multiple fields including soil, meteorology, and the Internet of Things. It is committed to providing comprehensive environmental monitoring solutions for customers, with products widely used in agriculture, forestry, water conservancy, and other industries.
The soil moisture monitoring instrument is one of Fengtu's core products. This system comes with a solar power supply and GPRS wireless transmission module, enabling 24-hour remote monitoring. It can measure key moisture indicators such as soil moisture, temperature, and salinity, and supports real-time data viewing on mobile phones or computers, making it ideal for scenarios requiring rapid deployment and long-term monitoring.
Fengtu also provides more integrated solutions, such as systems similar to "one-pole solution for scientific research observation." These products integrate multiple sensors on a single pole, allowing simultaneous monitoring of meteorological elements (such as wind speed, wind direction, air temperature and humidity), soil parameters (such as moisture, temperature, electrical conductivity), and even vegetation growth conditions. This achieves "one system, multi-level observation," effectively ensuring the consistency of data from different sources in terms of time and space.
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