Impact of atmospheric stability conditions on wind farm loading and production

Gunner Chr. Larsen, Søren Ott, Niels Troldborg, Abhijit S. Chougule, Jakob Mann, Ewan Machefaux, David Robert Verelst, Torben J. Larsen, Mahmood Mirzaei, Franck Bertagnolio, Mark C. Kelly, Kurt Schaldemose Hansen, Lucas Marion

Research output: Book/ReportReportResearchpeer-review

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Abstract

The project has created a new basis for further development and optimization of WT’s designed for WF operation. This has been accomplished through developing of more realistic modelling of WF flow fields as well as of such fields interactions with WT’s under non-neutral ABL stability conditions. On this basis a verified model complex for prediction of structural loads as well as production losses for wind turbines operating in wind farm conditions, which takes into account the effects from ABL stability conditions, is established. Thereby the way to increased reliability and cost efficiency of future wind turbines as well as to more precise prediction of the WF power output is paved.
Original languageEnglish
PublisherDTU Wind Energy
Number of pages140
ISBN (Electronic)978-87-93549-03-6
Publication statusPublished - 2016
SeriesDTU Wind Energy E
Number136

Cite this

Larsen, G. C., Ott, S., Troldborg, N., Chougule, A. S., Mann, J., Machefaux, E., ... Marion, L. (2016). Impact of atmospheric stability conditions on wind farm loading and production. DTU Wind Energy. DTU Wind Energy E, No. 136
Larsen, Gunner Chr. ; Ott, Søren ; Troldborg, Niels ; Chougule, Abhijit S. ; Mann, Jakob ; Machefaux, Ewan ; Verelst, David Robert ; Larsen, Torben J. ; Mirzaei, Mahmood ; Bertagnolio, Franck ; Kelly, Mark C. ; Hansen, Kurt Schaldemose ; Marion, Lucas. / Impact of atmospheric stability conditions on wind farm loading and production. DTU Wind Energy, 2016. 140 p. (DTU Wind Energy E; No. 136).
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abstract = "The project has created a new basis for further development and optimization of WT’s designed for WF operation. This has been accomplished through developing of more realistic modelling of WF flow fields as well as of such fields interactions with WT’s under non-neutral ABL stability conditions. On this basis a verified model complex for prediction of structural loads as well as production losses for wind turbines operating in wind farm conditions, which takes into account the effects from ABL stability conditions, is established. Thereby the way to increased reliability and cost efficiency of future wind turbines as well as to more precise prediction of the WF power output is paved.",
author = "Larsen, {Gunner Chr.} and S{\o}ren Ott and Niels Troldborg and Chougule, {Abhijit S.} and Jakob Mann and Ewan Machefaux and Verelst, {David Robert} and Larsen, {Torben J.} and Mahmood Mirzaei and Franck Bertagnolio and Kelly, {Mark C.} and Hansen, {Kurt Schaldemose} and Lucas Marion",
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language = "English",
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Larsen, GC, Ott, S, Troldborg, N, Chougule, AS, Mann, J, Machefaux, E, Verelst, DR, Larsen, TJ, Mirzaei, M, Bertagnolio, F, Kelly, MC, Hansen, KS & Marion, L 2016, Impact of atmospheric stability conditions on wind farm loading and production. DTU Wind Energy E, no. 136, DTU Wind Energy.

Impact of atmospheric stability conditions on wind farm loading and production. / Larsen, Gunner Chr.; Ott, Søren; Troldborg, Niels; Chougule, Abhijit S.; Mann, Jakob; Machefaux, Ewan; Verelst, David Robert; Larsen, Torben J.; Mirzaei, Mahmood; Bertagnolio, Franck; Kelly, Mark C.; Hansen, Kurt Schaldemose; Marion, Lucas.

DTU Wind Energy, 2016. 140 p. (DTU Wind Energy E; No. 136).

Research output: Book/ReportReportResearchpeer-review

TY - RPRT

T1 - Impact of atmospheric stability conditions on wind farm loading and production

AU - Larsen, Gunner Chr.

AU - Ott, Søren

AU - Troldborg, Niels

AU - Chougule, Abhijit S.

AU - Mann, Jakob

AU - Machefaux, Ewan

AU - Verelst, David Robert

AU - Larsen, Torben J.

AU - Mirzaei, Mahmood

AU - Bertagnolio, Franck

AU - Kelly, Mark C.

AU - Hansen, Kurt Schaldemose

AU - Marion, Lucas

PY - 2016

Y1 - 2016

N2 - The project has created a new basis for further development and optimization of WT’s designed for WF operation. This has been accomplished through developing of more realistic modelling of WF flow fields as well as of such fields interactions with WT’s under non-neutral ABL stability conditions. On this basis a verified model complex for prediction of structural loads as well as production losses for wind turbines operating in wind farm conditions, which takes into account the effects from ABL stability conditions, is established. Thereby the way to increased reliability and cost efficiency of future wind turbines as well as to more precise prediction of the WF power output is paved.

AB - The project has created a new basis for further development and optimization of WT’s designed for WF operation. This has been accomplished through developing of more realistic modelling of WF flow fields as well as of such fields interactions with WT’s under non-neutral ABL stability conditions. On this basis a verified model complex for prediction of structural loads as well as production losses for wind turbines operating in wind farm conditions, which takes into account the effects from ABL stability conditions, is established. Thereby the way to increased reliability and cost efficiency of future wind turbines as well as to more precise prediction of the WF power output is paved.

M3 - Report

T3 - DTU Wind Energy E

BT - Impact of atmospheric stability conditions on wind farm loading and production

PB - DTU Wind Energy

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Larsen GC, Ott S, Troldborg N, Chougule AS, Mann J, Machefaux E et al. Impact of atmospheric stability conditions on wind farm loading and production. DTU Wind Energy, 2016. 140 p. (DTU Wind Energy E; No. 136).