The Atmospheric Environment Monitoring System is specifically designed for ambient air quality management and control, built with a hierarchical architecture:

Top layer (System Management Layer): Composed of a management platform software suite and cloud servers.

Middle layer (Transmission Link Layer): Includes various transmission devices and corresponding communication modules.

Bottom layer: Deploys terminal air quality sensing devices.

These three layers work collaboratively to achieve full-process monitoring. In addition to core operational functions, the system also has a built-in regional environmental early warning module, which can issue advance alerts based on changes in air quality within the jurisdiction and dynamics of pollution sources.

Terminal Sensing Devices

Terminal sensing devices are responsible for data collection and basic monitoring. Under standard configuration, they can capture core environmental parameters such as temperature, humidity, PM2.5, PM10, and sulfur dioxide (SO?). For scenarios with special requirements, additional monitoring modules for indicators like nitrogen oxides (NO?) and ozone (O?) can be added.

Data Processing and Presentation Module

This module is in charge of storing, analyzing, and displaying the collected environmental data, with the following capabilities:

Support real-time presentation of air quality status by different regions and time periods, clearly showing data fluctuations and change trends.

Analyze the variation patterns of air quality within the jurisdiction based on time dimensions, while counting the operating status of deployed devices.

Master the long-term change characteristics of key air quality indicators in the jurisdiction through retrospective analysis of historical data, clarify the impact degree and proportion of various pollutants on overall air quality.

Present analysis results in the form of charts, data tables, etc., and support data export.

Early Warning and Linkage Control Module

This module allows users to preset parameter warning ranges. When the monitored environmental parameters exceed or fall below the preset warning values, the system will automatically trigger an online alarm mechanism and promptly push alarm details.

Map-Based Data Visualization

Combining 2D maps with real-time data transmitted by sensors at each monitoring point, the system can accurately mark the current air quality data of each region on the map. Users only need to click on the target region on the map to view the historical air quality data and change process of that region, thus fully understanding the historical and current air quality status.