TSR Messtechnik delivers complete weather stations combining traditional meteorological sensors with TSRAI NANOZ MEMS MOX gas detection. Wind, temperature, humidity, pressure, rain, solar radiation — plus real-time air quality and greenhouse gas monitoring. Swiss precision for comprehensive atmospheric monitoring.
All meteorological parameters from one source — Swiss precision instrumentation with NANOZ gas sensing integration
NANOZ MEMS MOX sensors add 50+ gas compounds to traditional meteorological parameters — creating truly comprehensive atmospheric monitoring
From city streets to mountain peaks — NANOZ sensors enhance meteorological infrastructure worldwide
Smart City Air Quality Monitoring
GHG Monitoring & Carbon Cycle
Airport & Runway Operations
Precision Farming & Crop Protection
Universities & Science Institutions
Emission Monitoring & Compliance
NANOZ sensors measure the key atmospheric constituents for weather, climate, and air quality applications
NANOZ sensors enable automatic calculation and reporting of standardized Air Quality Index values
Extend meteorological infrastructure with atmospheric chemistry for comprehensive environmental monitoring
Reference-grade accuracy for regulatory-quality air quality data and climate research
Deploy 10× more monitoring points at fraction of reference station cost
Seamless integration with existing weather station infrastructure and data systems
NANOZ sensors integrate with all types of meteorological infrastructure
WMO/GAW baseline stations for climate monitoring
City-wide distributed sensor grids
Traffic pollution monitoring
Aviation weather enhancement
Crop and farm weather services
High-altitude background monitoring
Perimeter emission monitoring
Maritime and port monitoring
Educational weather stations
Citizen science integration
Transportation weather
Fire weather & ecology
TSRAI NANOZ MEMS MOX sensors engineered for outdoor weather station deployment in all climates
-40°C to +60°C operating range covers Arctic to desert deployments. Heated inlet prevents condensation in cold, humid conditions.
Ultra-low power consumption (<1W typical) enables solar-only operation. Ideal for remote climate stations without grid power.
AI-powered pattern recognition detects 50+ gases with one sensor array. Reduces complexity and cost vs. dedicated analyzers.
SDI-12, Modbus, and MQTT for seamless integration with Campbell Scientific, Vaisala, and other weather station platforms.
3+ year sensor lifespan, 6-12 month calibration intervals. Self-diagnostics and remote health monitoring minimize site visits.
NANOZ sensors help weather services meet international air quality and climate monitoring requirements
World Meteorological Organization Global Atmosphere Watch compatibility
European Air Quality Directive for indicative measurements and networks
US EPA Air Quality System compatible data formats and QA/QC
GHG monitoring for climate reporting and Paris Agreement compliance
Aviation meteorology standards for airport weather systems
Laboratory accreditation compatible calibration and traceability
Electromagnetic compatibility and safety certifications
European reference methods for SO₂ and NO₂ measurement