The ultra-long-range wind-measuring lidar employs a high-energy detection light source and a large-aperture integrated optical system, optimizing system optical efficiency to achieve wind field measurements at horizontal distances up to 30km.
It supports three-dimensional scanning detection functions (PPI/RHI/VAD/CAPPI, etc.) to acquire three-dimensional wind field information, with a maximum detection range exceeding 30km.
Multiple 3D scanning modes enable detailed structural analysis of atmospheric wind fields across broader ranges. This provides comprehensive wind data for aerospace safety assurance, remote virtual wind towers at sea, and three-dimensional meteorological monitoring, delivering customized solutions and services tailored to user needs.
Low Blind Spot Detection
High-Precision Wind Field Measurement
High spatio-temporal resolution
Custom Scan Mode
Ultra-long-range detection capability
Sub-second data output
Flexible Resolution Adjustment
Enrich data products
| Laser Wavelength 1550 nm, invisible to the human eye and eye-safe | Horizontal Detection Range 30m～30km | Wind Speed Measurement Accuracy ≤0.1m/s | Pointing Accuracy ≤0.03° |
| Dimensions (including turntable) 700mm×700mm×1100mm | Weight (including turntable) ＜150kg | Time Resolution Radial ≥0.5s; Wind profile ≥2s | Radial Distance Resolution 15m/30m/60m/90m/150m/240m (configurable) |
| Horizontal Wind Speed Measurement Range 0～75m/s | Azimuth Scan Range 0°～360 | Elevation Scan Range -40°～190° | Rated Power Consumption 300W |
Horizontal wind speed and direction, vertical velocity, turbulence intensity, signal-to-noise ratio, boundary layer height, cloud base height, aerosol backscatter coefficient and extinction coefficient, low-level wind shear, radial velocity, radial signal-to-noise ratio, downslope wind shear, offshore virtual wind tower products
New Domains
Forest smoke type identification
Airport Atmospheric Visibility Monitoring
Low Altitude Wind Shear Monitoring and Early Warning
Aircraft Wake Vortex Detection
Air Quality Improvement and Management in Key Regions
Fine Traceability of Atmospheric Particulate Matter Pollution
Analysis of Atmospheric Pollution Causes
Early Fire Warning
Meteorological Support for Fire Emergency Rescue
Structural Wind Engineering Observation and Construction Support
Wind Measurement Network in Complex Terrain
Integrated Meteorological Observation and Service Platform
Refined Meteorological Observation and Forecasting
Precise Inversion of Wind Turbine Wake Flow Field and Wind Farm Layout Optimization
Wind Power Prediction
