Collaboration news

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2019
08 APR

PivotBuoy project receives €4m to unlock cost competitive floating wind

DTU Wind Energy is part of the new project, PivotBuoy. The aim of the project is to reduce the cost of floating offshore wind.

Wind energy Energy
19 MAR

DTU Wind Energy granted the secretariat of IEA Wind TCP

DTU Wind Energy has been chosen to lead the secretariat of the International Energy Agency Wind Technology Collaboration Programme, also known as IEA Wind TCP.

Wind energy Energy
01 FEB

DTU researcher receives 2019 Industrial Researcher Prize

Innovation Fund Denmark ’s Industrial Researcher Prize is being awarded to Martina Fischetti this year, who developed mathematical optimization models in her industrial...

Energy Wind energy Mathematics Mathematical modelling
15 JAN

Danish-Norwegian Cooperation on Offshore Wind Expanded

Better and cheaper offshore wind farms are the goal for cooperation on renewable energy.

Wind energy Energy
2018
21 DEC

New Generation of Wind Scanners Developed by DTU

Researchers in the meteorological section at DTU Wind Energy have developed a new type of wind scanners. The new wind scanners can measure the vortex currents in the tip...

Wind energy Energy
21 DEC

DTU visited five Universities in Taiwan

Associate Professor and a researcher from DTU Wind Energy visited five universities in Taiwan in October to discuss the future of offshore wind energy research and education...

Wind energy
18 DEC

DTU creates a new way of testing wind turbine blades

DTU Wind Energy, Siemens Gamesa, R&D, BLAEST, Olsen Wings, DNV GL, Ørsted and Zebicon have joined forces in creating a new way to test wind turbine blades.

Wind energy Energy
07 DEC

Goodbye to the 4-Rotor Concept Turbine at Risø

The 4-Rotor Concept Turbine that was placed at DTU Risø Cam-pus is now dismantled. The testing of the concept is complete.

Wind energy Energy
05 NOV

Digital twins to take industry into the future

Tests and experiments can provide new knowledge and the ability to predict the behaviour of materials and durability with ever greater precision. This is achieved by means...

Information technology Data analysis Mathematical modelling Physics Wind energy Materials Production and management
12 OCT

16,768 cores in the new super computer at DTU Wind

Far more complex calculations are required to achieve reliable knowledge about wind conditions. DTU Wind Energy is therefore bringing in a new supercomputer to ensure...

Wind energy Energy