As recommended by equipment manufacturers, fengtu meteorological stations are developed and produced in accordance with the meteorological observation standards of the international meteorological organization WMO, and are multi-element automatic observation stations.
This system can monitor conventional meteorological elements such as air temperature, humidity, atmospheric pressure, wind speed, and wind direction, with functions including automatic recording, over-limit alarm, and data communication.
The automatic observation station consists of three parts: meteorological sensors, meteorological data recorders, and meteorological environment monitoring software.
It is not only widely used in industrial and agricultural production, tourism, scientific research, meteorology, and other urban environmental monitoring, but also can meet professional needs in different fields.
The ultrasonic meteorological station adopts a highly integrated design, integrating five elements of wind speed, wind direction, temperature, humidity, and air pressure into a single sensor.
This innovative design greatly improves the portability and installation convenience of the equipment.
The core data logger of the device adopts a low-power design with static power consumption less than 50 microamps, supports GPRS networking, RJ45 network expansion, and can transmit data through multiple communication methods.
LoRa transparent transmission can be used within 30 kilometers, while IoT cards are used for transmission beyond 30 kilometers.
In terms of power supply, fengtu meteorological stations support solar charging management systems, equipped with MPPT (Maximum Power Point Tracking) technology, which increases charging efficiency by 20%.
The meteorological station can be customized with parameters to meet various user requirements.
For the transportation sector, fengtu has specially launched the FT-NJD traffic visibility monitoring meteorological station.
This device can automatically monitor visibility, wind direction, wind speed, temperature, humidity, dew point, atmospheric pressure, etc., along highways.
This monitoring information can be timely transmitted to the monitoring center for reference by traffic control systems, and warning information can be issued promptly under adverse weather conditions.
The data platform supports viewing and analyzing historical data, can export data into tables, and also supports displaying data in curve form.
Users can directly download relevant data for analysis and decision-making.
This paper addresses：https://www.fengtusz.com/industry/856.html
