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Leice - Model Wind3D 6000 -3D Scanning Wind Lidar
Wind3D 6000 3D Scanning Wind Lidar is based on the optical pulse coherence Doppler frequency shift detection principle, enabling fine detection of the three-dimensional wind field in the lower and middle troposphere (including the atmospheric boundary layer). Equipped with a high-pointing accuracy optical scanning mirror, it can achieve three-dimensional scanning detection functions (DBS/VAD/PPI/RHI/CAPPI fixed-point scanning modes), with a maximum detection radius of up to 6 km.
Leice specially developed lidar three-dimensional scanning, virtual wind tower, multi-lidar cooperation and other detection modes, to meet the complex wind measurement needs of challenging terrains, turbine wake, offshore remote virtual wind towers, and the three-dimensional distribution of atmospheric pollutants. The system provides users with comprehensive, customized solutions and services.
- High accuracy
- Multiple scanning modes
- High resolution
- Flexible deployment
- Unmanned operation
- Strong robustness
- Eye-safe
- Laser Wavelength: 1550nm
- Maximum Detection Distance: 6000m
- Spatial Resolution: 15m/30m/60m/150m(configurable)
- Time Resolution: 1s~10min(configurable)
- Wind Speed Measurement Accuracy : ≤0.1m/s
- Wind Direction Measurement Accuracy : ≤3°
- Scanning Modes: Fixed Point/DBS/VAD/PPI/RHI/CAPPI Script Programming
- Weight: <120kg
Radial velocity, spectral width, spectral intensity, signal-to-noise ratio, horizontal wind speed, horizontal wind direction, vertical airflow, wind shear, aircraft downtrack wind shear and tail vortex detection and early warning, aerosol backscattering intensity, extinction coefficient, boundary layer altitude, cloud base height, 3D flow field analysis, GNSS location and time, lidar status data, ground atmospheric temperature, humidity, and atmospheric pressure data
- 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