Meteorological and Environmental Monitoring Station for Simultaneous Multi-Parameter Data Acquisition

Designed in accordance with World Meteorological Organization (WMO) standards, this meteorological and environmental monitoring station integrates data acquisition, storage, and transmission capabilities. It is capable of monitoring wind speed and direction, temperature, humidity, atmospheric pressure, noise levels, rainfall, light intensity, carbon dioxide (CO2) concentrations, and particulate matter—making it an ideal solution for deployment in scenic spots and ecological zones.

This highly integrated monitoring system is developed and manufactured to WMO standards. It can simultaneously collect a wide range of parameters, including ultrasonic wind speed and direction, air temperature and humidity, atmospheric pressure, noise, rainfall (via a stainless-steel rain gauge), light intensity, CO2 levels, and PM2.5/PM10 concentrations. The system consists of three core components: monitoring sensors, a data logger, and a cloud-based environmental monitoring server. It features a high-capacity internal storage chip capable of retaining over a year’s worth of data. The unit is equipped with a backlit LCD screen, ensuring that real-time monitoring information remains clearly legible even under intense, direct sunlight. Once connected to a computer, administrators can review historical data by category and export it as an Excel file for further analysis.

The station features a biomimetic design and a floor-standing cabinet structure. Both the base and the main housing are constructed from stainless steel with a powder-coated finish, providing robust resistance against rust and corrosion. This allows the unit to blend harmoniously into green spaces such as gardens, parks, ecological reserves, and tourist attractions. The product utilizes a modular, plug-and-play design, simplifying on-site installation. All internal wiring is neatly organized within dedicated cable channels, and the sensors employ an integrated, parallel-connection interface to minimize the risk of wiring errors. Furthermore, the probes are secured with a snap-fit mechanism, which prevents loosening during transport or installation, thereby ensuring the stability and accuracy of the monitoring data.

The accompanying solar power system utilizes a laminated glass solar panel. The backplate and cantilever mounting bracket are manufactured via integrated injection molding, ensuring high structural strength, ease of installation, and excellent resistance to sun exposure and aging. The product is individually packaged in high-strength, thickened cardboard boxes. Shipping it as a complete unit helps minimize the risk of component loss or damage to the packaging during transit. It is well-suited for long-term, continuous operation in field environments, providing consistent and reliable data to support regional ecological management and ongoing air quality monitoring.