ABYSS develops novel mathematical models and numerical optimization techniques for advanced optimal design of cost effective offshore wind turbine support on deep waters. The ABYSS techniques take
The main objective of the project is to develop a scientific foundation to enable design of a fluid power transmission to be used in wind turbines and wave energy converters. This technology may be
The Bucket Foundation is a next generation novel foundation concept for offshore wind turbines that is capable of delivering significant reduction in Cost of Energy.
Application of wireless technology as sensors on wind turbine blades will enable design of long, light-weight blades that in combination with advanced controls serve to reduce cost of wind energy.
Superconductivity is a promising technology for decreasing size and price on generators for large wind turbines. Laboratory test are to validate the design basis before a full scale generator is
The objective of this project is to understand inducement and blocking mechanisms of local acceptance of wind power and similar renewable energy technologies. The aim is to adjust or redesign the
The project generated results in selected areas of flexible multibody wind turbine modelling. Monte Carlo statistical response simulations and failure probabilities require significantly reduced
In DTU's and LM Wind Power's wind tunnel, the project performed several measurements of the flow behind vortex generators (VG). The project proved that the induced vortices effectively counteract
The project aimed substantially to strenghten the scientific basis for the wind turbine sector in general with particular focus on the Danish sector’s position in offshore wind farms. To meet these