Ultrasonic integrated weather station introduction

Ultrasonic integrated weather station introduction

Automatic weather station is an intelligent automatic system based on modern Internet of Things technology and communication network technology, which uses electronic sensing equipment to measure wind, rain, temperature and other observation work. The ultrasonic integrated weather station is to add ultrasonic sensor to the existing automatic weather station equipment frame, and realize the detection of meteorological parameters through ultrasonic probe. In view of the advantages of ultrasonic measurement technology, the use of ultrasonic weather stations instead of traditional weather stations is slowly becoming a trend.

The ultrasonic sensor integrates the detection of various meteorological elements, free debugging, maintenance-free, integrated structure, wear resistance, and easy installation, can be directly connected to the automatic weather station, and used with other equipment. Speaking of, users can choose the right ultrasonic sensor according to their needs to build an ultrasonic integrated weather station.

Ultrasonic integrated weather station is a new meteorological instrument developed to meet the needs of modern city construction, industrial enterprises and residents. It has high precision, integrated structure design, circuit hidden in the interior, and looks more concise and beautiful. The ultrasonic integrated weather station is equipped with batteries and solar panels, so it can be used in the field without cables. With the automatic cloud platform provided by Fengtu Technology, users can log in to the cloud platform through the web page and view the relevant meteorological data at home.

The cloud platform also has the alarm function, the user sets the alarm threshold on the cloud platform, when a parameter is detected to exceed this threshold, the cloud platform will send an early warning SMS to the reserved mobile phone number to remind.

Using ultrasonic integration, a large amount of meteorological data can be stored to provide first-hand information for scientific research. At the same time, it also solves the error problem that may exist in the previous manual recording of meteorological data, so that we can grasp the weather changes more accurately and better serve the social development.