@book{5762a19083884f8f8641bcafa2599af3,
title = "Calibration of other type Nacelle-based Lidar instrument",
abstract = "This report presents the result of the lidar calibration performed for a two-beam nacelle based lidar at DTU{\textquoteright}s test site for large wind turbines at H{\o}vs{\o}re, Denmark. Calibration is here understood as the establishment of a relation between the reference wind speed measurements with measurement uncertainties provided by measurement standard and corresponding lidar wind speed indications with associated measurement uncertainties. The lidar calibration concerns the 10 minute mean wind speed measurements.This report presents the result of the lidar calibration performed for a four-beam nacelle based lidar at DTU{\textquoteright}s test site for large wind turbines at H{\o}vs{\o}re, Denmark.Denmark. Calibration is here understood as the establishment of a relation between the reference wind speed measurements with measurement uncertainties provided by measurement standard and corresponding lidar wind speed indications with associated measurement uncertainties. The lidar calibration concerns the 10 minute mean wind speed measurements.",
author = "{G{\'o}mez Arranz}, Paula and {Georgieva Yankova}, Ginka and Rozenn Wagner",
note = "This is an internal report and therefore not available in full text. Please contact author's or director of author's department for further information.",
year = "2020",
language = "English",
series = "DTU Wind Energy LC I",
number = "166(EN)",
publisher = "DTU Wind Energy",
address = "Denmark",
}