Ultrasonic meteorological monitoring station introduction

Ultrasonic meteorological monitoring station is a kind of popular meteorological instrument, which has been widely used in weather forecast, crop pest control and other fields. With the continuous development and progress of science and technology, more and more new technologies have been applied to meteorological monitoring. For example, this ultrasonic meteorological monitoring station uses the ultrasonic time difference method to measure wind speed and direction, and can also measure Pm2.5, PM10, SO2, CO, CO2, O3 and other atmospheric pollutants, as well as conventional meteorological data.

It plays a very important role in practical work, not only can detect and process meteorological parameters quickly and accurately, but also can provide some useful suggestions for people through these information.

The ultrasonic meteorological monitoring station uses advanced computer technology and network technology to realize the real-time observation function with high degree of automation. It can be used for the analysis and prediction of crop growth under various climatic conditions in the process of agricultural production. It can also be used for automatic monitoring, early warning and management of various industrial enterprises and residential living facilities. At the same time, it can also be used as a basic tool for environmental monitoring personnel to carry out various business activities and improve work efficiency.

The ultrasonic weather monitoring station system consists of hardware equipment and software system. Among them, the hardware equipment is mainly composed of sensors, batteries, solar power panels, data collectors and so on. The sensor is used to obtain meteorological elements such as soil moisture (relative humidity), air temperature (average temperature), air temperature (average temperature), sunshine duration (average daily sunshine), precipitation (average annual precipitation), cloud cover (average monthly cloud number), visibility (maximum visibility value at night) and their change characteristics in the measured area. It is transferred to the database server for storage and display.