The purpose of this project has been to extend the foundation module in HAWC and FLEX to be able to simulate the frequency dependent stiffness and damping of the foundations.
The Project is a preliminary study of the possibilities for realization of 'Wind Power Academy' on Lolland. The vision of a Wind Power Academy was made as Energi E2 decided to establish a new park of
Design and planning of wind turbines involves considerable uncertainties related to estimating the energy production and to assessment of loads and load carrying capacities.
The project aimed at studying the effect of inflow turbulence in blade calculations by using CFD and with several Delayed Detached-Eddy simulations (DDES) for blade profiles, both profiles in free
The project focused on 12 MW wind turbines, i.e. the next generation of multi MW wind turbines being developed for offshore wind farms. These gigantic wind turbines with hub heights of 170 m and rotor
The project measured switch transients and voltage quality for three different turbine types in three offshore wind farms: Nysted, Horns Rev and Burbo Banks. The project documented voltage conditions
The object of the project was to furnish a dimensioning basis for future offshore wind turbine foundations. This work contributed to greater understanding of erosion conditions around monopole
The object of the project was to develop an experimental method for estimating the modal properties of wind turbines during operation. OMA (Operational Modal Analysis) proved suitable for
This project is one of several projects with the common purpose of predicting electricity generation from a wind farm for up to 48-60 hours based on meteorological forecasts.
The annex will give the participants an overview of the technical and environmental assessment challenges encountered in offshore applications and help them to understand the areas of further R and D
The project included the second phase of a process aimed at establishing a platform for wind turbine simulation as a prerequisite for advanced electrical design and optimisation.
The aim of the project is to develop, verify and implement a detailed physical model for the wind field in a wind farm. The model will allow for detailed aeroelastic simulation of wind turbines sited
The overall objective of the project is to ensure the development of an aetoelastic design complex, which can create the basis for the nest generation of wind turbines and make new design trends
This project, HAVDIM2004, aimed primarily at analysing already accessible measurement data from the two Danish offshore wind farms Horns Rev 1 and Nysted Offshore Wind Farm. The project focused on
The project generated results in selected areas of flexible multibody wind turbine modelling. Monte Carlo statistical response simulations and failure probabilities require significantly reduced