Research at DTU Wind Energy is organised in 3 main divisions
Research is further organised in 14 sections
DTU Wind Energy is a highly valued partner for the wind energy sector
DTU Wind Energy operates several world-leading research facilities
DTU Wind Energy offers education and training in wind energy disciplines, comprising topics from aerodynamics to atmospheric physics and materials to grid integration and offshore wind energy.
DTU Wind energy is a valued collaboration partner in the Danish wind sector.
Research-based consultancy is an important part of the services offered by DTU Wind Energy
DTU Wind Energy participates in several strategic alliances and partnerships.
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Armed with northern Europe’s biggest imaging centre, Denmark now plays a central role in the growing use of X-ray and neutron imaging.
Floating offshore wind turbines are gaining ground. A new Danish project aims to make it cheaper and easier to produce floating foundations for deep water.
Danish research has solved the riddle of the large quantity of cracks observed in European rails in the past 10-15 years.
LM Wind Power has—in collaboration with DTU—developed a new hybrid material which makes it possible to build the world’s largest wind turbine blades.
At the project BIO4SELF researchers study bio-based materials, with the vision to develop sustainable materials for many purposes in the industry. The researchers from...
Today sees the inauguration of DTU’s new centre for advanced structural and material testing.
What properties do materials have, and how do they behave under different loads and circumstances? Provided that reliable models capable of predicting the above are available...
When a fire breaks out in a wind turbine, it often spreads quickly and uncontrollably. Destructive fires are extremely costly from the perspectives of safety, finance...
DTU Wind Energy is part of the newly launched Horizon 2020 project BIO4SELF. Within this innovation project and as a part of a European consortium DTU Wind Energy will...
Experiments run in a test hall on DTU Risø Campus demonstrate when, where and how turbine blades break.