IMPER: Characterization of the Wind Field over a Large Wind Turbine Rotor: Final report

Research output: Book/ReportReportResearch

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Abstract

A modern wind turbine rotor with a contemporary rotor size
would easily with the tips penetrate the air between 116 m
and 30 m and herby experience effects of different wind.
With current rules on power performance measurements such
as IEC 61400-121 the reference wind speed is measured at
hub height, an oversimplification of the wind energy power
over the rotor disk area is carried out.
The project comprised a number of innovative and
coordinated measurements on a full scale turbine with remote
sensing technology and simulations on a 500 kW wind
turbine for the effects of wind field characterization.
The objective with the present report is to give a short
overview of the different experiments carried out and results
obtained within the final phase of this project.
Original languageEnglish
PublisherWind Energy Department, Technical University of Denmark
Number of pages335
ISBN (Electronic)978-87-92896-00-1
Publication statusPublished - 2012
SeriesDTU Wind Energy E
Number0002

Keywords

  • DTU-Wind-Energy-E-0002(EN)
  • DTU-Wind-Energy-Report-E-0002

Cite this

Schmidt Paulsen, U., & Wagner, R. (2012). IMPER: Characterization of the Wind Field over a Large Wind Turbine Rotor: Final report. Wind Energy Department, Technical University of Denmark. DTU Wind Energy E, No. 0002
Schmidt Paulsen, Uwe ; Wagner, Rozenn. / IMPER: Characterization of the Wind Field over a Large Wind Turbine Rotor : Final report. Wind Energy Department, Technical University of Denmark, 2012. 335 p. (DTU Wind Energy E; No. 0002).
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Schmidt Paulsen, U & Wagner, R 2012, IMPER: Characterization of the Wind Field over a Large Wind Turbine Rotor: Final report. DTU Wind Energy E, no. 0002, Wind Energy Department, Technical University of Denmark.

IMPER: Characterization of the Wind Field over a Large Wind Turbine Rotor : Final report. / Schmidt Paulsen, Uwe; Wagner, Rozenn.

Wind Energy Department, Technical University of Denmark, 2012. 335 p. (DTU Wind Energy E; No. 0002).

Research output: Book/ReportReportResearch

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T1 - IMPER: Characterization of the Wind Field over a Large Wind Turbine Rotor

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AU - Schmidt Paulsen, Uwe

AU - Wagner, Rozenn

PY - 2012

Y1 - 2012

N2 - A modern wind turbine rotor with a contemporary rotor size would easily with the tips penetrate the air between 116 m and 30 m and herby experience effects of different wind. With current rules on power performance measurements such as IEC 61400-121 the reference wind speed is measured at hub height, an oversimplification of the wind energy power over the rotor disk area is carried out. The project comprised a number of innovative and coordinated measurements on a full scale turbine with remote sensing technology and simulations on a 500 kW wind turbine for the effects of wind field characterization. The objective with the present report is to give a short overview of the different experiments carried out and results obtained within the final phase of this project.

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KW - DTU-Wind-Energy-E-0002(EN)

KW - DTU-Wind-Energy-Report-E-0002

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T3 - DTU Wind Energy E

BT - IMPER: Characterization of the Wind Field over a Large Wind Turbine Rotor

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Schmidt Paulsen U, Wagner R. IMPER: Characterization of the Wind Field over a Large Wind Turbine Rotor: Final report. Wind Energy Department, Technical University of Denmark, 2012. 335 p. (DTU Wind Energy E; No. 0002).