Autonomous LiDAR Installation for Wind Energy Measurement
We offer the installation of advanced LiDAR systems for precise measurement of wind energy. These cutting-edge technologies allow for detailed wind analysis at different heights, providing essential data to assess the wind potential of your site. Our team ensures professional installation and optimal calibration of the equipment to ensure reliable results and informed decisions for your wind projects.
1. Pulsed doppler LiDAR
2. 4 Laser beams
3. 12 measurement heights
4. Measurement height: 40 to 300 meters
5. Probe length the same at each height (± 11,5 meter)
6. Lowest power consumption on the market: 30-40 W
IT Communication instruments from Ammonit:
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Communication over AmmonitConnect (SSH reverse Tunnel) for configuration
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realtime data and over AmmonitOR Data-cloud for measurement Data
IEC classification available in December 2021.
LiDAR (Light Detection And Ranging) uses a laser beam to measure wind speed and direction at different altitudes.
Ammonit's MeteoLaser is a state-of-the-art LIDAR system designed to accurately measure wind speed and direction. It is particularly used for wind field surveys, offering a flexible, non-intrusive alternative to traditional measuring masts. The MeteoLaser works by emitting laser pulses into the atmosphere, which are reflected by suspended particles, enabling wind profiles to be measured at different heights with great accuracy.
This device is ideal for studies in difficult terrain, or in environments where the installation of measuring masts would be complex or costly. Easy to install and move, it is capable of providing real-time data over long distances, enabling an accurate assessment of wind potential. Ammonit's MeteoLaser is also designed to operate in extreme weather conditions, making it a reliable tool for large-scale wind power projects.
How the LiDAR MeteoLaser from Ammonit works.
