Research Infrastructure & Test and Measurements

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1 Research Infrastructure & Test and Measurements Poul Hummelshøj Head of Section This material is not for public distribution. Any use of the material must be given the appropriate reference: Source: DTU Wind Energy. For users other than the SARETEC Study Tour members visiting DTU 15 and 17 November, prior permission must be obtained before using this material. DTU collaboration with the wind industry Collaborative research Software with training Licenses / patents Technology development services Applied R&D Consulting: Analysis and studies Testing & measurements International consulting Education and training PhD programmes Training courses Technical Certification Scheme for wind turbines Standards development Research creates value -if and whenimplemented in society DTU Wind Energy, Technical University of Denmark 12 June November, 1

2 Danish test and research facilities 105m/s, Test section 2.2 x 3.3m DTU Wind Energy, Technical University of Denmark 12 June November, 2014 Østerild Test Centre DTU DTU Lyngby Høvsøre Test Station 2014 DTU Wind Energy, Technical University of Denmark 12 June November, 2

3 Test Station for Small Wind Turbines (max. 600 kw) DTU, Roskilde (since 1978) 1978: Test Station : Research Turbines 3

4 2015 Vestas Babylon Multirotor Concept Turbine 4

5 Hardware production for eksperiments Cables (2015 more than 11 km) P1867A Temperature Difference Transmitter. P2858B Data Acquisition Unit. P2426B Temperature Transmitter. P3720E Ethernet Interface Panel. P2912B Strain Gauge Amplifier. Hardware installation Mast & turbines 5

6 Deep Wind Project Milan wind tunnel test InduFlap 6

7 Taggen Offshore (S) 120 m Taggen Offshore (S) 120 m 7

8 FINO 3 TallWind FINO 3 TallWind 8

9 Ground-based Remote Sensing Wind Sensors 2003 => today: SODARS (2003) CW LIDARS (2006-) Pulsed LIDARS (2007-) Pulsed LIDARS (2007-) 1 7 DTU Wind Energy, Technical University of Denmark 12 June November, 9

10 Windscanner.dk Short range (~200 m): Long range (~5 km): 19 DTU Wind Energy, Technical University of Denmark June 2015 DTU Wind Energy, Technical University of Denmark 12 June November, 10

11 Planned Bridge in Norway WindScanner European wind resources at 50 metres a.g.l. From: Troen, I. and E.L. Petersen (1989). European Wind Atlas. 17 November, 11

12 Østerild 2012 Høvsøre 2002 DTU DTU Risø 17 November, Test Station for Large Wind Turbines, in Høvsøre (Since 2002) 5 Wind Turbines Flat Coastal Area Max. 8 MW turbines Max. tip height 165 m 17 12

13 17 November, 17 November, 13

14 Wind Turbines Høvsøre (Summer ) Stand (no) Turbine Company (model) Effect (MW) Diameter (m) Nacelle / Tip height (m) 1 Siemens (SWT 2.3) / Vestas (V100) / Siemens (SWT 4.0) / Nordex (N100/3300) / Siemens (SWT 3.6) / Østerild Test Centre Prototype Wind Turbines (since 2012) 7 Wind Turbines Max. 16 MW each Max. height 250 m 6 Siemens 1 EDF EN 2 Vestas 3 Vestas 4 Vestas 5 Envision 7 Siemens 17 November, 14

15 Photo: Siemens Press 15

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17 2012 Photo: Siemens Press 2014 Vestas V164 8MW 17

18 2014 Vestas V164 8MW 18

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20 Wind Turbines Østerild (Summer ) Stand (no) 1 Turbine Company (model) EDF EN (GE Alstom 150) Effect (MW) Diameter (m) Nacelle / Tip height (m) / Vestas (V164) / Vestas (V126) / Vestas (V110) / Envision (EN 120/3.0) / Siemens (SWT 7.0) / Siemens (SWT 7.0) / 197 DTU/Risø har forsket i aerodynamik i mere end 30 år Risø A1 18 Risø P 18 Risø B1 18 Risø C

21 Hvad har vi behov for? Test ved: 105m/s=378km/t eller langt over kategori 5 orkan Tornado ioklahoma Tippen i fremtiden TGV tog 1 Design af tunnellen - Testsektionen Kontraktion der accelererer strømningen Vægge, gulv og loft for at undgå reflektioner og absorbere støj Testsektion hvor modellerne monteres 1 21

22 Danmarks Nationale Vindtunnel Testsektion, kontrolrum, værksteder, møderum Blæser, køleflade Vindtunnel Indkørsel til Risø Port Indgang 1 DTU Wind Energy, Technical University of Denmark 12 June November, 22

23 Part of Villum Center for Advanced Structural and Material Testing (CASMaT) 17 November, Track 1 (Villum Foundation financed) Advanced fatigue testing equipment Mass resonant systems based on hydraulic actuators and inertial resonance excitation. Resonant systems based on hydraulic actuated floor-coupled load application system. Combinations of these gives the possibility to develop new advanced multi-axis fatigue testing methods. 17 November, 23

24 17 November, 17 November, 24

25 DTU Wind Energy, Technical University of Denmark 12 June November, Thank you for your attention Colourbox 25