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Autori principali: Schneemann, Jörge, Voß, Stephan, Rott, Andreas, Kühn, Martin
Natura: Dataset Open Access
Lingua:en
Pubblicazione: PANGAEA 2019
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Accesso online:https://doi.org/10.1594/PANGAEA.909748
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author Schneemann, Jörge
Voß, Stephan
Rott, Andreas
Kühn, Martin
author_facet Schneemann, Jörge
Voß, Stephan
Rott, Andreas
Kühn, Martin
collection Datos científicos de ciencias marinas y ambientales
contents sensor: Doppler Wind Lidar System Leosphere Windcube200S, Serial nr. WLS200S-024 unit: radial speed/m/s, cnr/dB, range/m, azimtuh angle/deg, elevation angle/deg scan: continuous azimuthal scan (plan position indicator, PPI), time stamp and azimuth angle set at end of interval. acquisition time per beam: 2.0 s scanner speed: 1.0 deg/s range gates: 500 m : 35 m : 8000 m (minimum : step : maximum) pulse length: 400 ns accuracy: azimuth angle: north correction performed using reflections on neighbouring turbines (hard targeting), resulting error <0.1 deg elevation angle: system aligned on the TP with resulting error <= 0.1 deg. additionally platform movements of the TP during turbine operation of up to 0.1 deg. Geolocation 54.4920176777417 6.32947300850505, 24.6 m above MSL (mean sea level) Lidar system placed on the transition piece (TP) of wind turbine GT58 in the offshore wind farm 'Global Tech I' time stamps in UTC time zone
format Dataset Open Access
id pangaea_https___doi_org_10_1594_PANGAEA_909748
institution PANGAEA
language en
publishDate 2019
publisher PANGAEA
record_format pangaea
spellingShingle Doppler wind lidar plan position indicator scans at the offshore wind farm "Global Tech I" on 2019-02-06
Schneemann, Jörge
Voß, Stephan
Rott, Andreas
Kühn, Martin
Azimuth; Carrier to noise ratio; DATE/TIME; Doppler Wind-LiDAR; Elevation angle; Global_Tech_I; Height above sea level; Leosphere Windcube200S, SN WLS200S-024; North Sea; Radial speed; Range; W-LiDAR
sensor: Doppler Wind Lidar System Leosphere Windcube200S, Serial nr. WLS200S-024 unit: radial speed/m/s, cnr/dB, range/m, azimtuh angle/deg, elevation angle/deg scan: continuous azimuthal scan (plan position indicator, PPI), time stamp and azimuth angle set at end of interval. acquisition time per beam: 2.0 s scanner speed: 1.0 deg/s range gates: 500 m : 35 m : 8000 m (minimum : step : maximum) pulse length: 400 ns accuracy: azimuth angle: north correction performed using reflections on neighbouring turbines (hard targeting), resulting error <0.1 deg elevation angle: system aligned on the TP with resulting error <= 0.1 deg. additionally platform movements of the TP during turbine operation of up to 0.1 deg. Geolocation 54.4920176777417 6.32947300850505, 24.6 m above MSL (mean sea level) Lidar system placed on the transition piece (TP) of wind turbine GT58 in the offshore wind farm 'Global Tech I' time stamps in UTC time zone
title Doppler wind lidar plan position indicator scans at the offshore wind farm "Global Tech I" on 2019-02-06
topic Azimuth; Carrier to noise ratio; DATE/TIME; Doppler Wind-LiDAR; Elevation angle; Global_Tech_I; Height above sea level; Leosphere Windcube200S, SN WLS200S-024; North Sea; Radial speed; Range; W-LiDAR
url https://doi.org/10.1594/PANGAEA.909748