Negative Oxygen Ion Monitoring Station: Tailored Design for Ecological Scenarios and Comprehensive Environmental Monitoring

A Negative Oxygen Ion Monitoring Station is a device designed specifically for tourist attractions and ecological parks to monitor air cleanliness index data. It enables all-weather automatic online data collection and is widely adaptable to different types of ecological scenarios such as constructed wetlands, ecological parks, and botanical gardens, providing stable and reliable technical support for environmental quality monitoring in these places.

This device is equipped with comprehensive environmental parameter monitoring capabilities, which can accurately monitor key environmental indicators in scenic areas, including negative oxygen ion concentration, air temperature, air humidity, PM2.5 fine particulate matter, and PM10 inhalable particulate matter. Through the built-in high-precision monitoring module, the device can automatically and real-time complete data collection with a stable collection frequency, and the data error is controlled within the industry standard range. All collected data will be transmitted to the supporting LED display screen in the first place, allowing users and tourists to read the data intuitively and quickly, and clearly understand the current environmental quality status.

This monitor has a variety of optional features and can be flexibly adjusted according to different usage needs. It supports online collection of dust particle data, enabling real-time detection of changes in dust particles in the air; it can expand the monitoring of meteorological elements such as wind speed, wind direction, and precipitation to further improve the environmental monitoring system.

The device is equipped with a remote management system. Without on-site operation, staff can remotely update the screen content, remotely control the power switch through the background, and also remotely monitor the data displayed on the screen in real time, which greatly improves the convenience and efficiency of device management. It can be used for environmental monitoring in areas such as forests, waterfalls, mountain tops, wilderness, and seashores to feedback the air quality of the natural environment in real time; in urban public areas, it can serve the green environmental protection promotion of parks and streets, and enhance citizens' environmental protection awareness by displaying environmental data.