Scanning Doppler wind lidar scans and atmospheric measurements at the offshore wind farm "Global Tech I" in the German North Sea. Wakes of neighbouring wind farm clusters are present in the data
This Special Issue “Atmospheric Conditions for Wind Energy Applications” hosts papers on aspects of ...
The increasing popularity of renewable energy resources has promoted the construction of offshore wi...
This Special Issue hosts papers on aspects of remote sensing for atmospheric conditions for wind ene...
sensor: Doppler Wind Lidar System Leosphere Windcube200S, Serial nr. WLS200S-024 unit: radial speed/...
sensor: Doppler Wind Lidar System Leosphere Windcube200S, Serial nr. WLS200S-024 unit: radial speed/...
As wind energy plants continue to grow in size and complexity, advanced measurement technologies suc...
Scanning Doppler Lidars have become more prominent in the wind energy industry for a variety of appl...
With the increasing share of renewables in today’s energy system, the demand for very short-term for...
A review of the remarkably diversity and utility of measurement use cases made available to offshore...
In recent years, the focus on alternative energy has grown and with that the interest in optimizing ...
The planning and realization of wind energy projects requires an as accurate and precise wind resour...
Scanning Doppler lidar systems offer continuous wind measurements with some kilometres of range and ...
Acquiring actual wind velocities at potential wind farm sites is an important way of reducing the u...
This is a short review of scanning Doppler wind lidar for wind energy applications. It is one of an...
A Doppler Wind-LiDAR (WindCube WLS8-8 (Toch, 2013) from the manufacturer Leosphere, France) was inst...
This Special Issue “Atmospheric Conditions for Wind Energy Applications” hosts papers on aspects of ...
The increasing popularity of renewable energy resources has promoted the construction of offshore wi...
This Special Issue hosts papers on aspects of remote sensing for atmospheric conditions for wind ene...
sensor: Doppler Wind Lidar System Leosphere Windcube200S, Serial nr. WLS200S-024 unit: radial speed/...
sensor: Doppler Wind Lidar System Leosphere Windcube200S, Serial nr. WLS200S-024 unit: radial speed/...
As wind energy plants continue to grow in size and complexity, advanced measurement technologies suc...
Scanning Doppler Lidars have become more prominent in the wind energy industry for a variety of appl...
With the increasing share of renewables in today’s energy system, the demand for very short-term for...
A review of the remarkably diversity and utility of measurement use cases made available to offshore...
In recent years, the focus on alternative energy has grown and with that the interest in optimizing ...
The planning and realization of wind energy projects requires an as accurate and precise wind resour...
Scanning Doppler lidar systems offer continuous wind measurements with some kilometres of range and ...
Acquiring actual wind velocities at potential wind farm sites is an important way of reducing the u...
This is a short review of scanning Doppler wind lidar for wind energy applications. It is one of an...
A Doppler Wind-LiDAR (WindCube WLS8-8 (Toch, 2013) from the manufacturer Leosphere, France) was inst...
This Special Issue “Atmospheric Conditions for Wind Energy Applications” hosts papers on aspects of ...
The increasing popularity of renewable energy resources has promoted the construction of offshore wi...
This Special Issue hosts papers on aspects of remote sensing for atmospheric conditions for wind ene...
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