Air Quality Monitoring Solution
Smart Air Quality: Making Every Breath Visible
Smart air quality monitoring transforms invisible pollutants into visible, actionable data.
Through real-time sensing, intelligent networking, and cloud-based visualization, it enables continuous observation of gases, particulates, and meteorological factors across urban and industrial environments.
Unlike traditional monitoring that relies on fixed stations and delayed sampling, smart air systems provide instant insight, early warnings, and data-driven emission control, ensuring cleaner air and healthier communities.
Advantages of smart air quality monitoring:
1️⃣ Continuous real-time pollutant detection
2️⃣ Data-driven decision support
3️⃣ Automatic alerts and compliance monitoring
4️⃣ Flexible deployment and open integration
Smart Air Quality Solutions for Modern Environments
Empowering Agriculture with Intelligent Environmental Control
Empowering Environmental Management with Real-Time Sensing
Modern environmental management requires continuous, accurate insight into changing air quality conditions.
Sun Weather’s air quality monitoring system integrates high-precision gas and particulate sensors to measure CO, CO₂, SO₂, NO₂, O₃, VOCs, PM₂.₅, and PM₁₀, providing real-time pollutant concentration data for cities, industrial parks, and laboratories.
These continuous data streams support early warnings, emission source tracing, and compliance evaluation, allowing authorities and enterprises to make timely, data-based decisions.
Through real-time sensing and visualization, Sun Weather empowers users to detect issues early, respond faster, and maintain cleaner air quality.
Integrating Innovation into Air Quality Management Practice
Sun Weather integrates IoT networking, big-data visualization to connect multiple gas analyzers and sensor nodes into unified air quality networks.
Each monitoring point transmits real-time data to the cloud, where users can analyze historical trends, and set automated alerts.
The system also supports open data interfaces for integration with environmental monitoring centers, city dashboards, and industrial platforms.
Through this innovation, air monitoring becomes not only a detection tool but a foundation for predictive control, environmental planning, and sustainable governance.
Core Sensor Technologies for Air Quality Monitoring
01 Gas Sensors
Gas sensors are the foundation of air quality monitoring, providing accurate and continuous measurement of gaseous pollutants.
Sun Weather offers a full series of electrochemical, infrared, and laser-based sensors to detect CO, CO₂, SO₂, NO₂, O₃, and VOCs, featuring high sensitivity, fast response, and long-term stability.
These sensors are widely used in urban air monitoring, industrial emission control, and scientific research, forming the data core of all air quality systems.
Typical sensors include:
TRM-CO2 Multi-channel CO2 Monitoring Station · Air Quality (VOC/O₃) Sensor · YGHB-801 TVOC Micro Station · KQZL-1 Ambient Air Quality Monitoring System
02 Particulate Matter Sensors
Particulate matter sensors measure PM₂.₅, PM₁₀, and TSP, offering high accuracy and stability for smog and dust monitoring.
Sun Weather provides laser scattering and optical detection sensors for long-term outdoor use, suitable for urban air quality networks and industrial sites.
Typical sensors include:
PM2.5 /PM10 Sensor · YGHB-804 Particle Micro Station
03 Meteorological Sensors
Meteorological sensors measure temperature, humidity, wind speed/direction, solar radiation, and pressure, supporting pollutant dispersion modeling and AQI analysis.
They help correlate weather conditions with pollution variation for accurate forecasting and urban planning.
Typical sensors include:
PC-2WS Multi-channel Temperature and Humidity Monitoring System · EC-A2 Ultrasonic Wind Sensor · QA-1 Barometer · TBQ-2 Pyranometer · PC-8D Meteorological Five-Parameter Environmental Monitor
04 Environmental & Auxiliary Sensors
Complementary sensors measure light intensity, noise levels, and precipitation, providing auxiliary data that influence air quality and pollutant dispersion.
Sun Weather offers integrated environmental nodes combining gas, particle, and meteorological sensing in compact units for flexible deployment.
Typical sensors include:
JZYG-JDZ Tipping Bucket Rainfall Sensor · L301 Optical Rain Sensor · TBQ-6 Light sensor · ZSYC-2 Environmental Noise and Dust Monitoring System
05 Integrated Air Quality Monitoring Stations
Integrated monitoring stations combine gas, particulate, and meteorological sensors into complete systems with data logging, wireless transmission, and optional solar power.
Sun Weather designs modular and portable air quality stations for urban, industrial, and research applications, enabling cloud-based visualization, alerting, and data sharing.
Typical configurations include:
FYLZ-200 Atmospheric Negative Oxygen Ion Monitoring System · KQZL-1 Ambient Air Quality Monitoring System · TRM-GPS5 Handheld Weather Station · TRM-ZSG Environmental Gas Monitoring Station · PC-QT2 Gas Monitoring Alarm Robot
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