RUNE is short for - Reducing Uncertainty of Near-shore wind resource Estimates using onshore lidars. The key project aim is to reduce the uncertainty of offshore wind resources in Danish near-shore
The purpose of the project is to analyse and develop advanced filter solutions based on combinations of passive filters and active filters in wind power plants. The use of passive filters is almost
This project aims at improving the forecast of wind and waves for storm conditions offshore. We explore coupling strategies for the atmospheric, wave and ocean modeling using WRF (WRF-LES), MIKE 21 SW
Currently, individual wind turbines can estimate their possible power of during down-regulation. For large offshore wind power plants, the sum of those signals is larger than the possible power of the
This project utilize the wind and wave energy conversion platform, Poseidon37, for pioneering theoretical and experimental work on modeling and understanding combined floating wind and wave energy
The project vision is to provide wind power with similar grid system interaction characteristics as the conventional generation units. The new technical solutions developed in this project will expand
In this project, validated thermal models will be developed and used for a proposed condition monitoring method of wind turbine generators, using thermal imaging. The live thermal data will be
The purpose of the project is to improve and validate newly developed models for simulation and prediction of wind power fluctuations, by integrating the tools with meteorological tools for wind
The objective of this project is on basis of simple measurements on 6 turbine towers in the Rødsand 2 wind farm to identify, model and verify the basic mechanisms driving the increased loading
The project deals with improved design methods for wave loads on offshore wind turbines at depths exceeding 15m and the structural response. This is achieved through enhanced utilization of metocean
Meteorological mini-sensors placed on, for example, small model planes constitute a rapidly advancing area. The project will produce a clear picture of existing mini-sensors and the planes and examine
The objective is to develop better extreme wind condition wind atlases usable for wind turbine manufacturers and for locating wind turbines. The key method of the project uses mesoscale modelling to
WEPROG ApS
ForskEL
2009
2012
The project aims to develop objective methods to allocate reserve and utilize the intra day market in order to reduce the risk of system imbalance during periods of high uncertainty of the weather
Given the goals of 50% of electricity production being generated as wind energy and typically from large offshore wind farms in 2025, Denmark needs more exact forecasts - especially forecasts looking
The project aims at developing a meteorological software tool for large wind farm planning. The project is based on data from previous projects on large wind farm shadow effect. The existing tools
The project focuses on a theoretical and experimental study of floating platforms for wind turbines, wave power systems and the relationship between wind and wave power. The project basis is the
The cooperation project is conducted with a PhD study as its central element and its research will be used directly in wind turbine and wnd farm development so as to prepare common guidelines under
Acoustic measurements will be performed at various degrees of wake using several measuring techniques. The results will be compared with aerodynamic measurements to enhance knowledge of wind turbine
In this project, by means of computer simulations, flow conditions of wing tips were investigated for a number of wing designs for wind turbines. Various numeric design methodologies were developed
For the first time ever, this project integrated three design areas in a simulation: electrical design and
optimisation of wind turbines (generator and gearbox), aerodynamic design (material and