Study of large-scale vertical axis wind turbine wake through numerical modelling and fullscale experiments.

Alexandre Immas; Joanna  Kluczewska-Bordier; Pascal Beneditti; Denis Pitance; Simon Horb; Nicolas Parneix; Frederic Silvert; Paul Deglaire; Christine de Jouette; Mikael Sjöholm; Nikolas Angelou; Kasper Hjorth Hansen; Torben Krogh Mikkelsen

Study of large-scale vertical axis wind turbine wake through numerical modelling and fullscale experiments.

Alexandre Immas, Joanna Kluczewska-Bordier, Pascal Beneditti, Denis Pitance, Simon Horb, Nicolas Parneix, Frederic Silvert, Paul Deglaire, Christine de Jouette, Mikael Sjöholm, Nikolas Angelou, Kasper Hjorth Hansen, Torben Krogh Mikkelsen

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Abstract

Offshore wind capacity is increasing exponentially over the years in Europe, taking advantage of the strong winds available over the ocean and of the political incentives to reduce greenhouse gases. The technology is however not yet competitive when compared to fossil fuels or onshore wind. One key improvement that could make offshore wind more attractive is the reduction of the wake effect [1]. The latter corresponds to the velocity deficit generated by each wind turbine wake which affects the production of the others. This effect accounts for approximately 10% of the energy losses for a typical horizontal axis wind turbine wind farm.

Original language	English
Publication date	2015
Number of pages	1
Publication status	Published - 2015
Event	EWEA Annual Conference and Exhibition 2015 - Paris, France Duration: 17 Nov 2015 → 20 Nov 2015

Conference

Conference	EWEA Annual Conference and Exhibition 2015
Country/Territory	France
City	Paris
Period	17/11/2015 → 20/11/2015

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Immas, A., Kluczewska-Bordier, J., Beneditti, P., Pitance, D., Horb, S., Parneix, N., Silvert, F., Deglaire, P., de Jouette, C., Sjöholm, M., Angelou, N., Hansen, K. H., & Mikkelsen, T. K. (2015). Study of large-scale vertical axis wind turbine wake through numerical modelling and fullscale experiments.. Poster session presented at EWEA Annual Conference and Exhibition 2015 , Paris, France.

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title = "Study of large-scale vertical axis wind turbine wake through numerical modelling and fullscale experiments.",

abstract = "Offshore wind capacity is increasing exponentially over the years in Europe, taking advantage of the strong winds available over the ocean and of the political incentives to reduce greenhouse gases. The technology is however not yet competitive when compared to fossil fuels or onshore wind. One key improvement that could make offshore wind more attractive is the reduction of the wake effect [1]. The latter corresponds to the velocity deficit generated by each wind turbine wake which affects the production of the others. This effect accounts for approximately 10% of the energy losses for a typical horizontal axis wind turbine wind farm.",

author = "Alexandre Immas and Joanna Kluczewska-Bordier and Pascal Beneditti and Denis Pitance and Simon Horb and Nicolas Parneix and Frederic Silvert and Paul Deglaire and {de Jouette}, Christine and Mikael Sj{\"o}holm and Nikolas Angelou and Hansen, {Kasper Hjorth} and Mikkelsen, {Torben Krogh}",

year = "2015",

language = "English",

note = "EWEA Annual Conference and Exhibition 2015 ; Conference date: 17-11-2015 Through 20-11-2015",

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Immas, A, Kluczewska-Bordier, J, Beneditti, P, Pitance, D, Horb, S, Parneix, N, Silvert, F, Deglaire, P, de Jouette, C, Sjöholm, M , Angelou, N, Hansen, KH & Mikkelsen, TK 2015, 'Study of large-scale vertical axis wind turbine wake through numerical modelling and fullscale experiments.', EWEA Annual Conference and Exhibition 2015 , Paris, France, 17/11/2015 - 20/11/2015.

TY - CONF

T1 - Study of large-scale vertical axis wind turbine wake through numerical modelling and fullscale experiments.

AU - Immas, Alexandre

AU - Kluczewska-Bordier, Joanna

AU - Beneditti, Pascal

AU - Pitance, Denis

AU - Horb, Simon

AU - Parneix, Nicolas

AU - Silvert, Frederic

AU - Deglaire, Paul

AU - de Jouette, Christine

AU - Sjöholm, Mikael

AU - Angelou, Nikolas

AU - Hansen, Kasper Hjorth

AU - Mikkelsen, Torben Krogh

PY - 2015

Y1 - 2015

N2 - Offshore wind capacity is increasing exponentially over the years in Europe, taking advantage of the strong winds available over the ocean and of the political incentives to reduce greenhouse gases. The technology is however not yet competitive when compared to fossil fuels or onshore wind. One key improvement that could make offshore wind more attractive is the reduction of the wake effect [1]. The latter corresponds to the velocity deficit generated by each wind turbine wake which affects the production of the others. This effect accounts for approximately 10% of the energy losses for a typical horizontal axis wind turbine wind farm.

AB - Offshore wind capacity is increasing exponentially over the years in Europe, taking advantage of the strong winds available over the ocean and of the political incentives to reduce greenhouse gases. The technology is however not yet competitive when compared to fossil fuels or onshore wind. One key improvement that could make offshore wind more attractive is the reduction of the wake effect [1]. The latter corresponds to the velocity deficit generated by each wind turbine wake which affects the production of the others. This effect accounts for approximately 10% of the energy losses for a typical horizontal axis wind turbine wind farm.

M3 - Poster

T2 - EWEA Annual Conference and Exhibition 2015

Y2 - 17 November 2015 through 20 November 2015

ER -

Study of large-scale vertical axis wind turbine wake through numerical modelling and fullscale experiments.

Abstract

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