Research and Education in the Field of Wind Energy at the Technical University of Denmark
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1 Research and Education in the Field of Wind Energy at the Technical University of Denmark Jens Nørkær Sørensen Head of Section of Fluid Mechanics DTU Wind Energy
2 DTU Wind Energy The department, which was established January 2012, is composed of the former Wind Energy Division at Risø, two groups from DTU Mechanical Engineering whose core activities are fluid dynamics and composite mechanics, and two groups from the Risø DTU Materials Research Division where the research is focused on composite materials and metals. DTU Wind Energy has more than 230 staff members, including 150 academic staff members and approximately 50 PhD students, and the department comprises 8 sections. Research is conducted within 12 research programmes organized into three main topics: Wind energy systems, Wind turbine technology and Basics for wind energy.
3 DTU Excellence since 1829 MISSION DTU will develop and create value using the natural sciences and the technical sciences to benefit society
4 Research at DTU Wind Energy Wind power systems Wind ressources and siting Wind power integration and control Offshore Wind power Wind power and society Wind energy technology Aeroelastic design methods Structural design and safety Mechanical components Elektronic components Basics for Wind energy Aero- og hydrodynamics Meteorology and turbulence Light, strong materials Remote sensing and measurements
5 Sections at DTU Wind Energy Fluid Mechanics Meteorology Aeroelastic Design Wind Energy Systems Test and Measurements Composite and Materials Mechanics Materials Science and Charaterisation Wind Turbine Test Site at Østerild
6 Products and Services Aerodynamic Noise Codes Aeroelastic Wind Turbine Simulation tools Aeroelastic Stability Prediction Tools Blade and Airfoil Design Database on Wind Characteristics Guidelines for Design of Wind Turbines Verification of Rotor Design using CFD Dispersion Models Rodeo Risø Online Database WAsP Software WAsP Engineering Wind Atlas Høvsøre Test Site Terrain Induced Wind in Complex terrain Data Acquisition Systems Wind Tunnel Testing
7 Wind Turbine Aerodynamics Examples of on-going projects: Center for Wind Turbine Aerodynamics and Atmospheric Turbulence (DSF) Program for Research in Aeroelasticity (EUDP) Wind Power Systems in Complex Terrain (DSF) Dynamic Wind Turbine Model from Grid to Wind (DSF) Ocean Energy Research Program (Statkraft) Design of Next Generation Wind Turbine Rotors (EUDP) Database on Wind Power (IEA) Simulation of Wakes behind Wind Turbines (IEA, EU) Topfarm: Topology optimization of wind farms (EU) Analysis of Vortex Generators (DSF) Rotor Blade with Flaps for Reducing Oscillating Loads (HTF) Experiments on Rotor in Wind Tunnel (IEA, EU)
8 Advanced Wind Turbine Aerodynamics -modeling and exp. validation Exp. validation DTU Wind Energy, Technical University of Denmark
9 Collaboration with industry DTU offers Research cooperation Software with training Licenses / patents Technology development services Applied R&D Consulting: Analysis and studies Testing & measurements Education and training PhD programmes Training courses Dialogue & access to Danish wind cluster and international network Industry partners Wind Turbine manufacturers Vestas Siemens Gamesa Repower GE Envision Energy companies Dong Energy Vattenfall EON Component suppliers LM 9 DTU Wind Energy, Technical University of Denmark 28 October 2013
10 Experiments, Validation and Test Research and test facilities 105m/s, Test section 2.2 x 3.3m DTU Wind Energy, Technical University of Denmark
11 Wind turbine blade testing R&D experiments and testing at DTU Commercial testing at Blade Test centre A/S, a private limited company with the following shareholders: Det Norske Veritas AS Technical University of Denmark FORCE Technology DTU Wind Energy, Technical University of Denmark
12 Wind Energy education programmes at DTU Int. M.Sc in Wind Energy: - Two tracks: Mechanical and Electrical Engineering - About 50 thesis work per year Nordic Master s programme in Sustainable Energy European Eramus Mundus Wind Master PhD research school (DAWE): - about 50 PhD students at DTU/Risø European Academy of Wind Energy Various Training and Post-graduate Courses
13 European Wind Energy Master Initiative taken by TU Delft The programme consists of four tracks: - Wind Physics - Rotor Design - Electrical Power Systems - Offshore Engineering The programme is a double-degree programme, i.e. the student recieves diplomas from two úniversities Partners: TUDelft, Univ. of Oldenburg, NTNU and DTU Erasmus Mundus application granted with start fall 2012 Expected number of students: per year
14 European Wind Energy Master
15 DTU Wind Energy Thanks for your attention Any Questions?
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