Merry Christmas from the Skyview team. Our offices are now closed until Thursday 2nd January 2025.

Lumibird

Streamline VS+ Doppler LiDAR

  • The StreamLine VS+ Doppler LiDAR system is suited to boundary layer profiling with proven optical arrangement and components. It is an autonomous, turn-key LiDAR system incorporating an internal scanner housed in an environmental enclosure.

    The internal scanner gives a reduced field of regard of 70° to 90° in elevation at any azimuth. The flexible data acquisition software allows VAD scans, DBS wind profiles, staring and arbitrary scans to be scheduled. The further wind profiling software allows 4 to 360 points VAD + vertical scans, with an update every 2 seconds at all heights – which could be up to 3200 heights.

    Its accurate scanner and data acquisition make it suited for a wide range of applications from wind resource assessment prior to wind turbine installation to electricity production optimisation along wind turbine farms.

    • Conical field-of-regard optimized for profiling in the boundary layer and lower troposphere
    • Field deployable
    • Turnkey operation
    • Eye safe (Class 1M)
    • 24V DC
    • Modular construction
    • UDP data broadcasting
    • GPS option for time syncing etc.
    • Optional met mast
    • Optional de-polarisation mode
    • IP66
    • Real-time data processing to 12 km is available with a 100 % duty cycle Overlapping range gate option
    • 3900 range gates at 100 % duty
    • Elevation angle range 70° to 90°
    • Low power, air cooled
    • Data logged in ASCII
    • Flexible software
    • Heated window blower
    • Remote monitoring/control
    • Scan scheduling
    • Cloud studies
    • Wind profiling
    • Air quality monitoring
    • Pollution dispersion
    • Wind shear monitoring
    • Boundary layer meteorology
    • Airports:
      • Wind profiles
      • Cloud base mapping
      • Visibility
    • R&D
    • Environmental monitoring:
      • City pollution mapping
      • Air quality assessment
      • Pollution dispersion
    • Meteorology