Automatic detection system for meteorological parameters

The Automatic Meteorological Parameter Detection System is capable of 24-hour on-site monitoring of a range of key meteorological parameters, including wind speed, wind direction, precipitation, air temperature, dew point, relative humidity, body temperature, daily precipitation, total precipitation, instantaneous precipitation, light intensity, ground temperature, soil moisture, evapotranspiration, atmospheric pressure, total radiation, and sunshine duration. This system provides comprehensive technical support for meteorological data collection and analysis.

The automatic meteorological parameter detection system consists of the following parts: automatic meteorological monitoring sensor, data acquisition and transmission unit and meteorological monitoring station bracket.

The automatic meteorological monitoring sensors are responsible for detecting a variety of meteorological parameters, each corresponding to the monitoring of a specific meteorological element. These sensors are customisable and the user can choose the appropriate sensor configuration according to the actual monitoring requirements.

The function of the data acquisition and transmission unit is to collect and send meteorological data. The collector is responsible for summarising the meteorological information collected by the sensors, while the transmission module is responsible for sending these data for further analysis and use.

The meteorological monitoring station stand is designed to support the observation equipment and sensors of the entire automatic meteorological monitoring system to ensure that they are stable for data monitoring and collection.

System Features

Real-time online monitoring of meteorological hazard data in localised areas and instant warning function in conjunction with video surveillance.

Provide detailed meteorological data and support the construction of small-area meteorological data models.

According to project requirements, users can flexibly select and combine different meteorological monitoring elements to achieve modular configuration.

Provide free cloud service and mobile application client, and open the secondary development interface to meet the user's customisation needs.