University Weather Station Meets the Needs of Meteorological Observation and Science Popularization Teaching in Primary and Secondary Schools

University Weather Station is an integrated, research-grade monitoring device characterized by low power consumption and easy installation. The complete hardware configuration allows for real-time meteorological data collection. Equipped with an LED display screen and cloud platform, it serves as a dedicated facility for meteorological science popularization observation on primary and secondary school campuses.

University Weather Station is a highly integrated, low-power, quickly installable, and easy-to-use research-grade meteorological monitoring device. It is primarily installed in open locations such as playgrounds and green belts in primary and secondary schools, serving as a dedicated practical platform for meteorological observation and natural science popularization education.

The complete University Weather Station system includes sensors, pole supports, equipment boxes, a 2m * 1m LED screen, a data logger, a cloud platform, a fiberglass Stevenson screen, a solar meter, and a protective fence. The hardware configuration covers instruments for both automatic monitoring and manual observation. The fiberglass Stevenson screen is equipped with dry-bulb and wet-bulb thermometers, meeting the teaching standards for basic manual meteorological observation. The device defaults to GPRS for transmitting monitoring data, while also providing an optional wired transmission option. Power is supplied by mains electricity, ensuring stable operation of the station around the clock. Real-time collected meteorological parameters are directly displayed on an outdoor LED screen, allowing teachers and students to intuitively view real-time environmental data.

Traditional meteorological teaching largely relies on textbook illustrations, leaving students with limited opportunities for hands-on observation. Many meteorological concepts remain theoretical. University Weather Station effectively addresses this deficiency. All monitoring data collected by the device can be synchronously uploaded to a cloud platform. Teachers can log in to retrieve historical monitoring records, organize students to analyze the changing patterns of meteorological elements such as temperature, humidity, and light intensity, conduct practical courses related to geography and science, and even establish campus meteorological interest groups to regularly record meteorological data.

In addition to basic science education functions, the localized campus meteorological data monitored by University Weather Station can also assist schools in campus environmental management. Administrators can use real-time weather information to rationally arrange outdoor physical education classes and extracurricular activities, and make advance preparations for severe weather such as strong winds and heavy rainfall. The overall installation process of the equipment is simple, requiring no large-scale dedicated observation site, and the maintenance workload is minimal. It can be stably and continuously used in daily teaching on campus, providing hardware support for meteorological science popularization work within the school.