Wind field reconstruction from nacelle-mounted lidar short-range measurements

Borraccino, Antoine; Schlipf, David; Haizmann, Florian; Wagner, Rozenn

doi:10.5194/wes-2-269-2017

Articles | Volume 2, issue 1

https://doi.org/10.5194/wes-2-269-2017

© Author(s) 2017. This work is distributed under
the Creative Commons Attribution 3.0 License.

https://doi.org/10.5194/wes-2-269-2017

© Author(s) 2017. This work is distributed under
the Creative Commons Attribution 3.0 License.

Articles | Volume 2, issue 1

Research article

|

24 May 2017

Research article |

| 24 May 2017

Wind field reconstruction from nacelle-mounted lidar short-range measurements

Antoine Borraccino, David Schlipf, Florian Haizmann, and Rozenn Wagner

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Total article views: 5,290 (including HTML, PDF, and XML)

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Month	HTML	PDF	XML	Total
Mar 2017	103	50	2	155
Apr 2017	79	29	1	109
May 2017	107	62	4	173
Jun 2017	64	41	1	106
Jul 2017	36	30	2	68
Aug 2017	24	15	0	39
Sep 2017	44	22	2	68
Oct 2017	35	17	0	52
Nov 2017	40	21	1	62
Dec 2017	25	13	0	38
Jan 2018	30	13	0	43
Feb 2018	40	9	3	52
Mar 2018	32	25	8	65
Apr 2018	39	18	0	57
May 2018	33	23	1	57
Jun 2018	32	14	2	48
Jul 2018	26	19	1	46
Aug 2018	33	31	1	65
Sep 2018	32	29	0	61
Oct 2018	26	17	3	46
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Dec 2018	28	12	0	40
Jan 2019	29	26	0	55
Feb 2019	20	11	0	31
Mar 2019	21	9	1	31
Apr 2019	23	17	0	40
May 2019	25	18	0	43
Jun 2019	31	21	1	53
Jul 2019	27	15	1	43
Aug 2019	24	12	0	36
Sep 2019	27	12	1	40
Oct 2019	29	21	2	52
Nov 2019	26	10	0	36
Dec 2019	46	5	2	53
Jan 2020	43	17	2	62
Feb 2020	30	15	0	45
Mar 2020	38	21	1	60
Apr 2020	10	21	0	31
May 2020	14	17	0	31
Jun 2020	57	43	1	101
Jul 2020	75	107	36	218
Aug 2020	25	8	2	35
Sep 2020	15	19	0	34
Oct 2020	20	10	2	32
Nov 2020	16	6	0	22
Dec 2020	23	11	1	35
Jan 2021	35	19	1	55
Feb 2021	22	11	0	33
Mar 2021	21	16	0	37
Apr 2021	23	7	0	30
May 2021	31	22	1	54
Jun 2021	21	19	0	40
Jul 2021	17	10	2	29
Aug 2021	19	12	0	31
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Oct 2021	24	33	0	57
Nov 2021	18	39	1	58
Dec 2021	22	25	1	48
Jan 2022	26	28	0	54
Feb 2022	15	13	1	29
Mar 2022	19	26	1	46
Apr 2022	16	14	0	30
May 2022	17	16	1	34
Jun 2022	9	13	1	23
Jul 2022	8	13	0	21
Aug 2022	27	13	0	40
Sep 2022	12	16	0	28
Oct 2022	20	18	1	39
Nov 2022	19	18	0	37
Dec 2022	26	17	3	46
Jan 2023	22	24	2	48
Feb 2023	20	16	3	39
Mar 2023	28	17	2	47
Apr 2023	21	5	1	27
May 2023	16	17	3	36
Jun 2023	22	18	4	44
Jul 2023	11	16	1	28
Aug 2023	6	17	2	25
Sep 2023	17	19	1	37
Oct 2023	13	11	1	25
Nov 2023	10	8	0	18
Dec 2023	16	13	3	32
Jan 2024	21	29	1	51
Feb 2024	13	13	0	26
Mar 2024	20	25	2	47
Apr 2024	19	18	4	41
May 2024	21	19	6	46
Jun 2024	17	20	4	41
Jul 2024	23	25	4	52
Aug 2024	30	18	4	52
Sep 2024	13	8	1	22
Oct 2024	30	16	2	48
Nov 2024	17	54	0	71
Dec 2024	30	20	4	54
Jan 2025	20	16	0	36
Feb 2025	37	17	0	54
Mar 2025	21	21	0	42
Apr 2025	26	25	0	51
May 2025	35	20	1	56
Jun 2025	44	20	5	69
Jul 2025	30	18	1	49
Aug 2025	35	26	2	63
Sep 2025	36	31	7	74
Oct 2025	40	33	3	76
Nov 2025	42	29	2	73

Cumulative views and downloads (calculated since 06 Mar 2017)

Month	HTML	PDF	XML	Total
Mar 2017	103	50	2	155
Apr 2017	79	29	1	109
May 2017	107	62	4	173
Jun 2017	64	41	1	106
Jul 2017	36	30	2	68
Aug 2017	24	15	0	39
Sep 2017	44	22	2	68
Oct 2017	35	17	0	52
Nov 2017	40	21	1	62
Dec 2017	25	13	0	38
Jan 2018	30	13	0	43
Feb 2018	40	9	3	52
Mar 2018	32	25	8	65
Apr 2018	39	18	0	57
May 2018	33	23	1	57
Jun 2018	32	14	2	48
Jul 2018	26	19	1	46
Aug 2018	33	31	1	65
Sep 2018	32	29	0	61
Oct 2018	26	17	3	46
Nov 2018	34	20	1	55
Dec 2018	28	12	0	40
Jan 2019	29	26	0	55
Feb 2019	20	11	0	31
Mar 2019	21	9	1	31
Apr 2019	23	17	0	40
May 2019	25	18	0	43
Jun 2019	31	21	1	53
Jul 2019	27	15	1	43
Aug 2019	24	12	0	36
Sep 2019	27	12	1	40
Oct 2019	29	21	2	52
Nov 2019	26	10	0	36
Dec 2019	46	5	2	53
Jan 2020	43	17	2	62
Feb 2020	30	15	0	45
Mar 2020	38	21	1	60
Apr 2020	10	21	0	31
May 2020	14	17	0	31
Jun 2020	57	43	1	101
Jul 2020	75	107	36	218
Aug 2020	25	8	2	35
Sep 2020	15	19	0	34
Oct 2020	20	10	2	32
Nov 2020	16	6	0	22
Dec 2020	23	11	1	35
Jan 2021	35	19	1	55
Feb 2021	22	11	0	33
Mar 2021	21	16	0	37
Apr 2021	23	7	0	30
May 2021	31	22	1	54
Jun 2021	21	19	0	40
Jul 2021	17	10	2	29
Aug 2021	19	12	0	31
Sep 2021	49	16	2	67
Oct 2021	24	33	0	57
Nov 2021	18	39	1	58
Dec 2021	22	25	1	48
Jan 2022	26	28	0	54
Feb 2022	15	13	1	29
Mar 2022	19	26	1	46
Apr 2022	16	14	0	30
May 2022	17	16	1	34
Jun 2022	9	13	1	23
Jul 2022	8	13	0	21
Aug 2022	27	13	0	40
Sep 2022	12	16	0	28
Oct 2022	20	18	1	39
Nov 2022	19	18	0	37
Dec 2022	26	17	3	46
Jan 2023	22	24	2	48
Feb 2023	20	16	3	39
Mar 2023	28	17	2	47
Apr 2023	21	5	1	27
May 2023	16	17	3	36
Jun 2023	22	18	4	44
Jul 2023	11	16	1	28
Aug 2023	6	17	2	25
Sep 2023	17	19	1	37
Oct 2023	13	11	1	25
Nov 2023	10	8	0	18
Dec 2023	16	13	3	32
Jan 2024	21	29	1	51
Feb 2024	13	13	0	26
Mar 2024	20	25	2	47
Apr 2024	19	18	4	41
May 2024	21	19	6	46
Jun 2024	17	20	4	41
Jul 2024	23	25	4	52
Aug 2024	30	18	4	52
Sep 2024	13	8	1	22
Oct 2024	30	16	2	48
Nov 2024	17	54	0	71
Dec 2024	30	20	4	54
Jan 2025	20	16	0	36
Feb 2025	37	17	0	54
Mar 2025	21	21	0	42
Apr 2025	26	25	0	51
May 2025	35	20	1	56
Jun 2025	44	20	5	69
Jul 2025	30	18	1	49
Aug 2025	35	26	2	63
Sep 2025	36	31	7	74
Oct 2025	40	33	3	76
Nov 2025	42	29	2	73

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Total article views: 5,290 (including HTML, PDF, and XML) Thereof 4,867 with geography defined and 423 with unknown origin.

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Short summary

The paper describes an innovative methodology to extract useful wind field estimates from remote sensing instruments – called lidars – mounted on the nacelle of a wind turbine. We used lidar measurements at multiple distances upstream and close to the wind turbine rotor in order to retrieve free-stream wind characteristics. The methodology and the obtained results open new paths to assess the power performance of wind turbines, which is essential to ensure financially viable wind farm projects.


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