Multifunctional automatic weather station function introduction

Multifunctional automatic weather stations add various functions to the previous weather observation equipment, such as wind speed and wind direction sensors, rain barrels, etc. All these instruments have their own different uses and can be used to measure various meteorological elements and can perform a variety of meteorological operational analysis and forecasting.

With the continuous improvement of science and technology, people have put forward higher requirements for atmospheric environment monitoring. To meet the needs of the new era, automatic weather station products are constantly upgraded, from the original single function to multi-indicator integrated development, to meet the needs of modern social and economic construction, but also to better play the role of monitoring means, is an important part of the future of the weather service industry.

The multi-functional automatic weather station uses advanced electronic technology, Internet of Things, computer technology and network communication technology to complete various data collection, processing, transmission and storage tasks; it realizes the purpose of unattended, and has a high degree of automation, easy operation, convenient maintenance, moderate price, and suitable for large area use. Therefore, with its excellent performance, it is receiving more and more attention and attention.

As a new modern technology, multi-functional automatic weather station can be applied in agricultural production to help farmers keep track of crop growth and reduce losses caused by meteorological disasters. It can measure air temperature, air humidity, atmospheric pressure, wind speed, wind direction, rainfall, carbon dioxide, soil temperature, soil humidity, soil PH, soil conductivity, light radiation and other meteorological elements, and display the relevant information in the form of text or icons for users to visualize the weather changes so that they can take targeted measures to cope with climate change. In addition, it can also design corresponding customized models according to the parameters and environmental conditions that users need to provide to provide more intimate services.