The project aims to build up a Danish stakeholder network in the area of wind turbine blade recycling, ensuring integration of specific interests and knowledge
The purpose of the AQUADA-GO project is to develop a methodology for automated, noncontact, near real-time blade damage detection and risk evaluation in a single step using thermography and computer
The project objective is to increase the uptime of wind turbines by reducing the number of un-planned stops and service due to hydraulic pitch system faults. By gaining a better understanding of the
The OptiCore Platform project targets development and prototype demonstration of a new digital design platform for optimized core kits for wind turbine blades. The overall project objective and
Renewable energy, including the wind industry, is a key to a fossil-fuel-free future. For industries such as wind turbine manufacturers and their sub-suppliers, testing is an essential part of
The objective of CONTINUE is to develop and demonstrate a novel wind-turbine controller that measures, estimates and reacts to the incoming turbulent field across the entire rotor. This controller
The project aims to design, develop, and control a new robotic platform. The platform will enable automation of processes from the energy sector, which take place at a height of 15-20 meters and
The main purpose of the project is to gather and share information about the application of wind energy in cold climate, and to produce useful recommendations, guidelines, and methodology reports to
The APRS will decrease time invested in manual material lay-up in the large moulds and improve blade quality. This results in expected decrease in man hours for lay-up and repairs by 120-140 man hours
The aim is to design a conceptual design of floating offshore substation which can withstand the dynamic loads from the wave movement. The scope of the work will be split into the design phase of the
The focus of this effort is the reduction of uncertainties in offshore wind turbine design, by complete measurement of the effects of interactions of a modern turbine structure (located on the Walney
The objective of the Light Rotor project is to develop the basis for design of wind turbine blades for use on the order of 10MW rotors with lower weight, tailored aeroelastic response and optimized
The purpose is to develop and validate computer codes related to response simulation on offshore wind turbines and their substructures. It is carried out within the framework of lEA Annex 30
Megavind continues to support and consolidate the stronghold of the Danish wind industry through a focused and strategic vector apporach to validation, demonstration, research and education. Megavid
The overall objective of the project is to develop a prototype trailing edge flap system for a wind turbine blade. From its present stage of proven functionality under laboratory conditions it is
The objective of this project is to model and explore the influence of atmospheric stability conditions on structural loading and production losses of wind turbines operating in wind farm conditions
The purpose of the project is to introduce and implement a new dynamic data analysis method, DDA, in the Danish wind industry. This method is based on fast measured data rather than traditional 10min