The overall objective of the project is to explore the potentials of a completely new wind turbine
concept – the Low-Wind turbine, designed for optimal integration in a power system with
considerable
The MADEBLADES project targets further development and prototype demonstration of a disruptive design and manufacturing solution for large (>90m) offshore wind turbine blades.
The purpose is to develop a new methodology for the assessment of the remaining useful life of wind turbine rotor blades individually, based on their individual damage states. The methodology is
The scope of this project is to develop a crane that can install a complete turbine with a hub height of 250m. The turbine can be installed in less than 2 days and the weight of the crane is less than
The obejctive of ProbWind is to develop and demonstrate the basis for reliability-based/probabilistic design of wind turbines, leading to the development of a new international standard on
The objective of the LICOREIM project is to demonstrate lidar-assisted wind turbine control strategies for robust and reliable improvements on both currently operating (i.e. retro-fit solutions) and
The purpose of this project is to test/demonstrate the proof of concept of the developed lifetime extension concept for offshore wind turbines. It is expected that by using the developed concept it
The project aims at increasing the efficiency of new and operating wind tubines by developing innovative vortex generators, i.e., small devices attached to the surface of blades, improving their
This project focuses on providing solid proof that a) 3D printing can be used to manufacture tall wind turbine towers, b) it can be done economically and technically feasible, c) 2 design concepts for
The technologies in scope aim at increasing the aerodynamic efficiency of wind turbines, reducing turbine load levels, and increasing the authority of control of wind turbines through additional
The business idea of the blade painting machine is to make the blade production cheaper, safer and more flexible. The SEM-BC will be designed to work with all blade types and is relevant for more than
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
This project developed methods and tools for modelling various ruptured wind turine blades and for analysing the residual strength of the blades if they crack. This provides a foundation for assessing
This project involved the first two phases in establishing a knowledge centre for wind turbine components. In the first phase, the knowledge centre was officially established, and it was decided that
The project aims to provide the necessary basis for deciding to establish a knowledge centre promoting Danish innovation in the field of wind turbine components. The purpose of the tesst centre will
The project endeavoured to calculate electricity generation costs in modern onshore wind turbines. At average operating costs of DKK 0.08/0.10/kWh, production costs per kWh can be calculated at DKK 0