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Wind Lidar equipment

  • ZephIR - Model DM - Turbine Mounted Wind Lidar

    ZephIR DM is a Dual Mode variation of the successful 300 remote wind measurement system. The ZephIR DM turbine mounted wind lidar measures wind characteristics in front of or behind a turbine from just 10 metres (33 feet) out to 300 metres (984 feet) situated inside the spinner or on top of the nacelle, during the operation of wind farms onshore ...

    By ZephIR Lidar based in Herefordshire, UNITED KINGDOM.

  • Windcube - Model 400S-AT - 3D Wind Doppler Lidar

    The Windcube 400S-AT Lidar provides an operational answer for wind shear hazards: it scans in real time all potential hazard zones within the airport air space, detects wind shears to 10km range, and sends automatic alerts to air traffic controllers.

    By Leosphere based in Orsay, FRANCE.

  • WINDCUBE - Model 100S/200S/400S - 3D Wind Doppler Lidar

    The WINDCUBE 3D LIDAR product range is a versatile instrument that can address various needs in the Wind Power, climate research, severe weather and meteorology. With a range from 100m to 3.5 km, 6 km or 10km, multiple scanning patterns choices, high resolution wind data and aerosol structure capability, the WINDCUBE 100S/200S/400S is the ultimate ...

    By Leosphere based in Orsay, FRANCE.

  • Wind - Model Iris - Turbine-Mounted Lidar

    The Wind Iris is mounted on top of the nacelle for a short period of time. It measures the horizontal wind speed and direction at hub height ahead of the turbine, and generates accurate data to optimize wind turbine performance.

    By Leosphere based in Orsay, FRANCE.

  • LIDAR - Airport Wind Shear Detection System

    Lockheed Martin’s WindTracer Doppler lidar (light detection and ranging system) detects dangerous wind shear in the airport terminal vicinity.

    By Automasjon and Data AS based in Sandnes, NORWAY. from System Product line

  • SEAWATCH - Model Wind LiDAR - Multi Purpose Buoys

    The SEAWATCH Wind LiDAR Buoy represents the next generation of multi-purpose buoys tailored for the renewable energy industry. The buoy accurately measures the speed and direction of wind across the diameter of wind turbine rotors, whilst sensors provide oceanographic parameters such as ocean waves and current profiles.

    By Fugro OCEANOR AS based in Trondheim, NORWAY. from SEAWATCH - Buoys and Sensors Product line

  • Lidar

    LiDAR (Light detecting and ranging) is a remote sensing tool now widely used and accepted in the wind industry by users and financial institutions. LiDAR comes in many iterations including ground based LiDAR, Floating LiDAR, Nacelle LiDAR, and Scanning LiDAR. Oldbaum are experts in all these LiDAR forms and are able to provide technical advice on ...

    By Oldbaum Services Limited based in Stirling, UNITED KINGDOM. from Instrumentation Product line

  • Doppler Lidar System

    The pulsed „Stream Line“ Doppler Lidar system manufactured by GB based company Halo Photonics is operated at an eye safe wavelength of 1.5 µm (class 1M) and delivers profiles of back scatter intensity as a measure of aerosol concentration or cloud heights, radial or vertical Doppler wind components and derived profiles of ...

    By METEK Meteorologische Messtechnik GmbH based in Elmshorn, GERMANY. from Doppler LIDAR Product line

  • Model XR - Doppler Lidar System

    The pulsed „Stream Line“ Doppler Lidar system manufactured by GB based company Halo Photonics is operated at an eye safe wavelength (1.5 µm, class 1M) and delivers profiles of back scatter intensity from aerosol or clouds, Doppler wind components and derived profiles of horizontal wind speed and wind direction. The system offers ...

    By METEK Meteorologische Messtechnik GmbH based in Elmshorn, GERMANY. from Doppler Lidar Stream Line Product line

  • Floating Lidar

    We are pleased and excited to announce the partnership with AXYS technologies to market, sell and support the innovative WindSENTINEL system. Offshore wind is an expensive business, with wind speed data crucial to the energy yield and cost of energy prediction. The traditional wind energy measurement mast is still the default method, however ...

    By Oldbaum Services Limited based in Stirling, UNITED KINGDOM. from Instrumentation Product line

  • Light Detection and Ranging (LIDAR)

    LIDAR technology (Light Detection and Ranging) is a ground-based laser system that measures the wind profile from 10 m to 200 m. Wind Measurement International has chosen the ZephIR LIDAR system as offering the most bankable data. It is a candidate to replace the met mast based wind measurements used in power curve calculations for offshore wind ...

    By Wind Measurement International based in Berkhamsted, UNITED KINGDOM.

  • WINDCUBE - Ground-Based Vertical Profiler Lidar

    With more than 600 units operating worldwide, the Windcube is the reference remote sensor in the wind industry, providing accurate wind measurements up to 290 meters. Developers, power producers, consultants and manufacturers have selected it for their onshore and offshore projects – from energy yield assessment to power performance testing ...

    By Leosphere based in Orsay, FRANCE.

  • Mini Micro Pulse Lidar Sensor

    MiniMPL Sensor Suite components provide clients with comprehensive data customized to their needs. Data from MiniMPL and auxiliary sensors are simultaneously integrated and displayed in our user-friendly software interface.

    By Sigma Space Corporation based in Lanham-Seabrook, MARYLAND (USA). from Micro Pulse Lidar (MPL) Laser Remote Sensing System Product line

  • ShearScout - Low Level Wind Shear Alert System

    ShearScout® is a low level wind shear alert system designed to enhance the safety, regularity and efficiency of aviation in changing wind conditions. Wind shear encounters below an altitude of 1,000ft pose a serious threat to aircraft and may cause dangerous deviations from the intended flight path. The pilot has very little time or altitude ...

    By Selex ES GmbH based in Neuss, GERMANY. from Meteorology- Wind Shear Detection Systems Product line

  • Wind Iris

    The Wind Iris is mounted on top of the nacelle for a short period of time. It measures the horizontal wind speed and direction at hub height ahead of the turbine, and generates accurate data to optimize wind turbine performance.

    By Avent Lidar Technology based in Orsay, FRANCE.

  • AXYS - Model FLiDAR - WindSentinel Systems

    AXYS FLiDAR (Floating LiDAR) WindSentinel systems accurately measure wind speed and wind direction offshore at turbine hub-height and across the blade span for cost-effective wind resourceassessments.

    By AXYS Technologies Inc. (AXYS) based in Sidney, BRITISH COLUMBIA (CANADA).

  • Low Level Wind Shear Alerting System (LLWSAS)

    LLWSAS - Low Level Wind Shear Alerting System, designed in cooperation with the Laser Systems is elaborated to increase flight safety level while takeoff and landing operations via: operational remote sensing and display of information on vector direction and speed rate of air flow at given altitudes; identification of low level wind shear and ...

    By International Aeronavigation Systems (IANS) based in Moscow, RUSSIA.

  • Sodar

    Sound Detection and Ranging (SoDAR) is an acoustic based remote sensing technique used extensively in the wind industry. SoDAR can be used as a flexible site investigation and preliminary site prospecting tool to validate models and also investigate issues such as wind shear. Used predominantly onshore, and costing a third of the price of some ...

    By Oldbaum Services Limited based in Stirling, UNITED KINGDOM. from Instrumentation Product line

  • Cloud-Aerosol Transport System (CATS)

    A high-altitude, fringe-imaging Doppler LiDAR with built-in high spectral resolution capabilities, CATS gathers data on both wind motion and the properties of clouds and aerosols. Presented with an instrument concept from NASA, Sigma Space designed and fabricated CATS from the ground up—in addition to providing integration, test, and field ...

    By Sigma Space Corporation based in Lanham-Seabrook, MARYLAND (USA). from Atmospheric Sensors Product line

  • Kintech - Remote Sensing Devices (RSD)

    Remote sensing devices (RSD) are ground-based sensors which use acoustic pulses (SODAR) or laser pulses (LIDAR) to measure wind data. Although met masts are the industry standard, RSD can be helpful as a supplement to them. Traditionally, if the turbines were taller than the met mast, the met mast data were extrapolated vertically adding ...

    By Kintech Engineering based in Zaragoza, SPAIN. from Other Product line

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