Meteorological Sensors
Wind, weather and atmospheric monitoring for marine stations.
What is meteorological sensors?
Marine meteorological monitoring captures wind, air temperature, humidity, pressure and rainfall at coastal and offshore sites. Reliable met data is essential for offshore wind, port operations and storm warning.
Zenocean AeroSense sensors include mechanical and ultrasonic anemometers, integrated weather transmitters and complete meteorological stations designed for harsh offshore conditions.
Parameters We Monitor
The meteorological sensors series covers the full spectrum of meteorological parameters used in marine and coastal monitoring.
Wind Speed & Direction
Mechanical and ultrasonic anemometers.
Air Temperature & Humidity
Integrated atmospheric sensing.
Barometric Pressure
Calibrated MEMS pressure sensors.
Rainfall
Tipping bucket and optical rainfall.
Applications
Where meteorological sensors make the biggest impact.
Offshore Wind
Wind resource assessment for offshore wind farms.
Smart Port
Real-time wind and weather for port operations.
Disaster Warning
Storm and typhoon early warning systems.
Coastal Stations
Long-term coastal weather networks.
System Workflow
From sensing to decision — how Zenocean integrates meteorological sensors into a complete observation system.
- 01
Sensor
AeroSense captures wind and atmospheric data.
- 02
Platform
Buoy, shore station or offshore tower.
- 03
CoreLink
Telemetry over 4G or satellite.
- 04
Software
ZenoCloud dashboards, alerts and exports.
- 05
Decision
Operations and safety teams act in real time.
Products
5 products
AeroSense-WS100
Compact mechanical anemometer for wind speed and direction on coastal stations.
AeroSense-WS300
Heavy-duty wind sensor built for harsh offshore conditions.
AeroSense-UWS
Ultrasonic wind sensor with no moving parts for maintenance-free service.
AeroSense-Weather
Integrated weather transmitter measuring wind, temperature, humidity and pressure.
AeroSense-MetStation
Complete meteorological station for ocean and coastal deployments.
Frequently Asked Questions
What is the difference between mechanical and ultrasonic anemometers?
Mechanical anemometers use cups or propellers; they are robust and cost-effective. Ultrasonic anemometers have no moving parts, are maintenance-free and provide higher sampling rates.
Can AeroSense survive offshore environments?
Yes — AeroSense-WS300 and AeroSense-UWS are rated for harsh offshore deployment with marine-grade housings and corrosion resistance.
Are the sensors WMO-compliant?
Selected models meet WMO siting and accuracy guidance for marine meteorological observations.