The Multifunctional FT-XQ3 Campus Weather Station for Educational Observation and Early Warning

Middle school subjects such as geography and physics involve meteorological knowledge, including climate types, weather changes, the formation of winds, etc. The Campus Weather Station can provide practical data for these courses. Teachers can combine real-time meteorological information for explanations, allowing students to more intuitively understand abstract meteorological principles, deepen their mastery of theoretical knowledge, and improve learning effects.

The weather station provides students with a platform to contact and understand meteorological science, stimulating their interest in meteorological science. By participating in activities such as meteorological observation, recording, and data analysis, students can learn meteorological observation methods and techniques, cultivate observation skills, hands-on ability, and scientific thinking, and enhance scientific literacy.

The weather station can real-time monitor the meteorological conditions on campus. In case of severe weather such as heavy rain, strong winds, or high temperatures, it can issue early warning information in a timely manner, reminding the school to take corresponding preventive measures, such as adjusting the schedule or stopping outdoor activities, to ensure the personal safety of teachers and students.

FT - XQ3 Campus Weather Station is a meteorological observation device specially designed for school education and scientific research.

It is highly integrated, integrating a variety of meteorological observation functions, and can measure meteorological parameters such as wind direction, wind speed, temperature, humidity, air pressure, and rainfall. The weather station operates with low power consumption, which is energy - saving and ensures long - term stable operation.

In terms of hardware, it includes sensors to monitor various meteorological elements; a pole bracket to support the equipment and make it stable; an equipment box to store relevant instruments and components; a 1m×0.5m LED screen to intuitively display real-time meteorological data; a collector to collect and process data from the sensors; a cloud platform to realize the functions of data storage, analysis, and remote access, facilitating teachers and students to observe through mobile phones and PC browsers without installing additional software. There is also a glass fiber reinforced plastic louver box containing a dry and wet bulb thermometer to accurately measure air temperature and humidity, a sunshine recorder to measure sunshine duration, and a fence to protect the equipment.

It adopts GPRS mode and can also be equipped with wired transmission to ensure stable and timely data transmission. The power supply mode is mains power, ensuring stable power supply for the equipment.