Deep in the lush scenic area, the negative ion monitoring system is revealing the invisible air quality to tourists with its unique environmental perception ability. This set of intelligent equipment that can work around the clock not only continuously tracks the concentration changes of negative oxygen ions in the air, but also expands multiple environmental indicators such as temperature, humidity and particulate matter according to management needs, using data to depict a three-dimensional picture of the ecological environment of the scenic area.

The core value of the WX-FZ2 scenic area negative ion monitoring system lies in its comprehensive assessment capability for air quality. As an important indicator for measuring air freshness, the concentration of negative oxygen ions is closely related to environmental factors such as vegetation coverage, water body area, and altitude. The system, through a specially designed collection device, can eliminate interfering factors such as wind speed and temperature, and truly reflect the negative ion level in the breathing area of tourists. When the concentration of negative ions near waterfalls and streams surges, the electronic display screen will update the data in real time, allowing visitors to directly experience the healing value of the natural environment.

The extended monitoring function demonstrates the flexible configuration feature of the system. The basic model of the equipment can be upgraded to a multi-parameter environmental monitoring station. The temperature sensor records the changes in the microclimate of the forest, the humidity probe captures the rhythm of morning fog dissipation, and the PM2.5 monitoring reflects the purity of the air. The organic combination of these data not only meets the needs of refined management in scenic spots but also provides valuable first-hand materials for ecological research.

The intelligent design of the equipment has lowered the threshold for use. Monitoring data is automatically uploaded to the cloud platform via wireless network to generate visualized environmental quality curves. When the concentration of negative ions reaches different levels, the system will link up with the scenic area's broadcasting system, guide signs and other facilities to automatically play corresponding health tips. Tourists can scan the QR code to view real-time data. This interactive experience greatly enhances the scientific popularization interest of eco-tourism.