IMPER: Characterization of the Wind Field over a Large Wind Turbine Rotor : Final report
Publication: Research › Report – Annual report year: 2012
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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).Publication: Research › Report – Annual report year: 2012
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RIS
TY - RPRT
T1 - IMPER: Characterization of the Wind Field over a Large Wind Turbine Rotor
T2 - Final report
A1 - Schmidt Paulsen,Uwe
A1 - Wagner,Rozenn
AU - Schmidt Paulsen,Uwe
AU - Wagner,Rozenn
PB - Wind Energy Department, Technical University of Denmark
PY - 2012
Y1 - 2012
N2 - A modern wind turbine rotor with a contemporary rotor size <br/>would easily with the tips penetrate the air between 116 m <br/>and 30 m and herby experience effects of different wind. <br/>With current rules on power performance measurements such <br/>as IEC 61400-121 the reference wind speed is measured at <br/>hub height, an oversimplification of the wind energy power <br/>over the rotor disk area is carried out. <br/>The project comprised a number of innovative and <br/>coordinated measurements on a full scale turbine with remote <br/>sensing technology and simulations on a 500 kW wind <br/>turbine for the effects of wind field characterization. <br/>The objective with the present report is to give a short <br/>overview of the different experiments carried out and results <br/>obtained within the final phase of this project.
AB - A modern wind turbine rotor with a contemporary rotor size <br/>would easily with the tips penetrate the air between 116 m <br/>and 30 m and herby experience effects of different wind. <br/>With current rules on power performance measurements such <br/>as IEC 61400-121 the reference wind speed is measured at <br/>hub height, an oversimplification of the wind energy power <br/>over the rotor disk area is carried out. <br/>The project comprised a number of innovative and <br/>coordinated measurements on a full scale turbine with remote <br/>sensing technology and simulations on a 500 kW wind <br/>turbine for the effects of wind field characterization. <br/>The objective with the present report is to give a short <br/>overview of the different experiments carried out and results <br/>obtained within the final phase of this project.
KW - DTU-Wind-Energy-E-0002(EN)
KW - DTU-Wind-Energy-Report-E-0002
BT - IMPER: Characterization of the Wind Field over a Large Wind Turbine Rotor
T3 - DTU Wind Energy E
T3 - en_GB
ER -