What exactly is the difference between an ultrasonic weather station?

Ultrasonic weather stations emphasize the measurement principle of ultrasound, and measure the current wind speed and direction by the time difference between the ultrasound waves emitted by each probe reaching the opposite side. While other weather stations usually use traditional measurement principles, such as mechanical rotation, to measure weather elements. It is a highly integrated, low-power, quick-to-install, high-precision automatic meteorological observation device that is easy to use for outdoor monitoring. It innovatively chooses multi-factor integrated sensors, which can make real-time observation of meteorological elements such as wind speed, wind direction, air temperature, humidity, atmospheric pressure, light, optical rainfall, pm2.5, pm10, noise, etc., and it can realize 24-hour outdoor meteorological parameter continuous on-line monitoring, and one-time output of the parameter to the user through the digital volume communication interface. The integration degree of other weather stations may be lower, the power consumption is larger, the installation may be more cumbersome, and the scope of application is relatively limited.

Ultrasonic weather station is free of debugging, can be quickly arranged, widely used in forestry, agriculture, meteorology, environmental protection, marine, airports, harbors, scientific research, school education and other fields.

Recommended Model: FT-CQX12 Ultrasonic Weather Station

This is an unattended weather station equipment launched by Fengtu Technology. It is based on ultrasonic weather sensors and can collect 12 elements in real time such as wind speed, wind direction, temperature, humidity, barometric pressure, optical rainfall, PM2.5, PM10, CO, NO2, SO2, O3, etc., and upload these data to the center cloud server through wireless. The device is also equipped with accessories such as carbon steel bracket, solar panel, power storage lead-acid battery, as well as a display screen and Android APP for users' convenience.