Full-field assessment of wind turbine near-wake deviation in relation to yaw misalignment

Trujillo, Juan José; Seifert, Janna Kristina; Würth, Ines; Schlipf, David; Kühn, Martin

doi:10.5194/wes-1-41-2016

Articles | Volume 1, issue 1

https://doi.org/10.5194/wes-1-41-2016

© Author(s) 2016. This work is distributed under
the Creative Commons Attribution 3.0 License.

https://doi.org/10.5194/wes-1-41-2016

© Author(s) 2016. This work is distributed under
the Creative Commons Attribution 3.0 License.

Articles | Volume 1, issue 1

Research article

|

11 Apr 2016

Research article |

| 11 Apr 2016

Full-field assessment of wind turbine near-wake deviation in relation to yaw misalignment

Juan José Trujillo, Janna Kristina Seifert, Ines Würth, David Schlipf, and Martin Kühn

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Jun 2016	24	13	2	39
Jul 2016	21	7	2	30
Aug 2016	15	5	2	22
Sep 2016	12	4	0	16
Oct 2016	8	7	1	16
Nov 2016	8	9	0	17
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Mar 2017	26	13	1	40
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May 2017	38	14	1	53
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Mar 2018	24	24	3	51
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Aug 2020	9	11	6	26
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Jul 2024	14	7	3	24
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Sep 2024	18	6	1	25
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Dec 2024	13	6	1	20
Jan 2025	16	9	1	26
Feb 2025	26	8	1	35
Mar 2025	17	3	1	21
Apr 2025	13	16	2	31
May 2025	20	7	6	33
Jun 2025	39	25	1	65
Jul 2025	18	11	1	30
Aug 2025	18	15	3	36
Sep 2025	30	19	5	54
Oct 2025	20	23	2	45
Nov 2025	10	4	1	15

Cumulative views and downloads (calculated since 19 Jan 2016)

Month	HTML	PDF	XML	Total
Jan 2016	83	39	2	124
Feb 2016	132	58	3	193
Mar 2016	61	21	2	84
Apr 2016	56	25	2	83
May 2016	52	24	3	79
Jun 2016	24	13	2	39
Jul 2016	21	7	2	30
Aug 2016	15	5	2	22
Sep 2016	12	4	0	16
Oct 2016	8	7	1	16
Nov 2016	8	9	0	17
Dec 2016	7	2	9
Jan 2017	15	9	1	25
Feb 2017	14	6	1	21
Mar 2017	26	13	1	40
Apr 2017	33	12	2	47
May 2017	38	14	1	53
Jun 2017	29	7	2	38
Jul 2017	23	10	0	33
Aug 2017	22	9	1	32
Sep 2017	28	8	0	36
Oct 2017	15	6	0	21
Nov 2017	22	13	1	36
Dec 2017	18	13	2	33
Jan 2018	16	10	1	27
Feb 2018	25	15	4	44
Mar 2018	24	24	3	51
Apr 2018	22	14	3	39
May 2018	15	9	1	25
Jun 2018	21	10	3	34
Jul 2018	17	14	3	34
Aug 2018	15	10	2	27
Sep 2018	16	15	0	31
Oct 2018	18	23	4	45
Nov 2018	16	23	2	41
Dec 2018	13	10	3	26
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Feb 2019	12	10	2	24
Mar 2019	18	17	1	36
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Jun 2019	13	17	1	31
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Aug 2019	20	19	1	40
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Oct 2019	18	14	3	35
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Jan 2020	20	12	4	36
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Apr 2020	11	10	3	24
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Jun 2020	45	32	2	79
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Nov 2020	11	9	5	25
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Nov 2022	19	14	2	35
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Feb 2023	18	9	1	28
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Oct 2023	12	4	2	18
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Jan 2024	13	5	1	19
Feb 2024	8	6	0	14
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Apr 2024	11	4	2	17
May 2024	19	10	4	33
Jun 2024	18	8	4	30
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Oct 2024	12	4	1	17
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Jan 2025	16	9	1	26
Feb 2025	26	8	1	35
Mar 2025	17	3	1	21
Apr 2025	13	16	2	31
May 2025	20	7	6	33
Jun 2025	39	25	1	65
Jul 2025	18	11	1	30
Aug 2025	18	15	3	36
Sep 2025	30	19	5	54
Oct 2025	20	23	2	45
Nov 2025	10	4	1	15

Latest update: 08 Nov 2025

Short summary

We present the analysis of the trajectories followed by the wind, in the immediate vicinity, behind an offshore wind turbine and their dependence on its yaw misalignment. We apply wake tracking on wind fields measured with a lidar (light detection and ranging) system located at the nacelle of the wind turbine and pointing downstream. The analysis reveals discrepancies of the estimated mean wake paths against theoretical and wind tunnel experiments using different wake-tracking techniques.