The All - in - One Grassland Ecological Monitoring Station (FT - CQX9)

The Grassland ecological monitoring station (FT - CQX9) is a device dedicated to monitoring the ecological and climatic environmental elements of grasslands. It integrates functions such as meteorological data collection and storage, wireless transmission, and unified analysis and management of data on the grassland monitoring cloud platform. It is an unmanned automatic observation system.

This monitoring station consists of six parts: meteorological sensors, a meteorological data collector, a communication system, a power supply system, an overall support, and computer meteorological software. The meteorological sensors can simultaneously monitor many elements such as atmospheric temperature, humidity, rainfall, wind speed, wind direction, air pressure, air particulate matter, and gas pollutants. Among them, meteorological - specific sensors like wind speed and wind direction sensors have high accuracy and strong reliability. The meteorological data collector can achieve meteorological data collection, and it has functions such as a real - time clock, timed data storage, and parameter setting. It has a user - friendly interface and standard communication functions, and can also protect parameters and meteorological historical data from being lost during power outages. The communication system supports the MODBUS communication protocol and provides various communication methods such as standard wired (485, 232/USB) and wireless (GPRS) for easy networking with a meteorological computer to transmit data. The power supply system provides multiple power supply methods such as mains power, direct current, and solar energy systems, adapting to different environments. Especially in fixed monitoring points in the wild ecology, the combination of solar energy and mains power supply can ensure the stable operation of the equipment. The overall support is made of carbon steel with metal spray painting, which is beautiful, corrosion - resistant, and anti - interference. The computer meteorological software, together with the grassland monitoring cloud platform, realizes the unified analysis and management of data.

It can accurately monitor the six standard meteorological elements (wind speed, wind direction, rainfall, temperature, humidity, air pressure) in real - time, as well as meteorological parameters such as particulate matter (PM2.5, PM10) and environmental gases (SO₂, NO₂, CO, O₃). The microcomputer - based meteorological data collector can not only collect and store data but also ensure the integrity and continuity of data due to its real - time clock, timed storage function, and power - off protection function. The grassland monitoring cloud platform based on Internet of Things and cloud computing technologies provides multi - terminal data browsing functions such as PC - end, web Internet of Things browsing terminals, and mobile phone clients, allowing users to access data without being restricted by time and space. Through the cloud platform, users can also remotely interact and operate the monitoring equipment and enjoy services such as data processing, storage, statistics, analysis, alarm, and information release, and receive alarm information in a timely manner. The system networking method is flexible, and users can choose the communication method according to their needs to build a meteorological monitoring system. The metal - painted support and the field protection box enable the equipment to stably operate in complex field environments.