Fengtu Automated Weather Monitoring for the Modern Farm

Agricultural microclimate refers to the specific climatic conditions within a farmland, which are mainly formed by the interaction of the surface, crops and soil. It includes meteorological elements such as temperature, humidity, wind speed, radiation and carbon dioxide concentration near the surface, which have a direct impact on crop growth. Understanding farmland microclimate helps to better manage agriculture and improve crop yields.

Real-time monitoring of farmland microclimate metrics is critical because it allows us to customize plant protection strategies based on actual climate data. With this data, we can predict and guard against possible weather and pest risks and take timely action to minimize potential losses. In this way, crops can thrive in an optimal growing environment.

In this regard, Fengtu launches the "Automatic Farmland Weather Station", a 360° fully automated weather monitoring service to help farmers master the microclimate of their farmland!

Advantages of this product

(1) Wide range of monitoring - real-time monitoring of air humidity, temperature, barometric pressure, wind speed, wind direction, precipitation, carbon dioxide concentration, light intensity, as well as fine particulate matter PM2.5 and PM10, and other key meteorological parameters, to provide comprehensive field climate information.

2) Comprehensive functions - integrates multiple functions such as real-time data acquisition, transmission, storage and analysis, enabling efficient monitoring of climate conditions in different crop areas.

3）Powerful cloud platform - realizes multi-access, real-time data monitoring, supports data export and forwarding, and has scalability and stability.

(4) Supporting software - the host computer software and Android APP support a variety of communication protocols, allow customized monitoring parameters, and have the ability to post-process data and run scripts to ensure the flexibility and convenience of data processing.

Fengtu's "Automatic Farmland Weather Station" monitors key weather data in real time through various types of sensors. Combined with the cloud platform and mobile apps, it provides users with convenient data access and analysis tools to help agricultural production decisions and improve crop management efficiency.