The project develops a simulation platform, including wind, wind turbine main components and power grid. The platform will enable the study of wind turbine performance, and will support key components
What causes cracks and damage on different length scales to become major cracks and damage which may develop into fractures in e.g. the blade of a wind turbine? DCCSM tests this aspect through
Through a combination of historical analysis, case studies and action research, the research alliance will analyse the roles of socio-technical experiments, creation and utilisation of ''windows of
The project develops a number of new concepts and intelligent approaches for a modern power system which includes renewable energy, storage units, distributed generation, plug-in hybrid electric
The Centre conducts basic research in wind turbine aerodynamics and wind turbulence with emphasis on their interaction. The aim is to develop reliable and verified simulation tools for design and
In the lifespan of a wind turbine, the gearbox is replaced on average four times due to wear and tear. All together this is almost the cost of a new turbine.
In June 2011, a hitherto unparalleled demonstra- tion of wind lidar performance was obtained in the calibrated wind tunnel belonging to LM Wind Power, Kolding Denmark:
The project deals with a new idea where water from a nearby reservoir - sea, river or lake - via a pump/motor pressurizes a closed underground membrane, meaning that excessive electrical energy is
The project studies the possibilities of introducing flexible electricity consumption and regulating power among Danish industrial customers though price and control signals from the electricity
The overall purpose of the consortium is to gather research institutions and major industry enterprises which together can cover all stages from research through concept and technology development to
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 explores the possibilities for a combination of wind power and a large heat pump for heat production in the district heating system of Århus. The environmental and economic impact – for
Incineration plants may optimize their participation in the electricity spot market and balancing markets by actively and fast bypassing the steam from the steam turbine. The possibility of this is
The starting point for this project is that today the Danish turbines are NOT participating in the electricity system balancing tasks. As an alternative to this present situation we will in this
Project results are very focused on the results generated through interviews with power plants, and its conclusion must be said to be interesting for both power system actors in general, but
The Megavind Partnership was founded in 2006 and the project 2008-2010 is a continuation of the earlier stages of the partnership. It has been the goal of the partnership to establish the foundation
The work is a part of the international cooperation to the IEA-Wind Implementing Agreement, and belongs to a new task - Annex 28: Social Acceptance of Wind Energy Projects. The project has collected
This project is motivated by the vision of being able to understand and model complex structural mechanisms and failure in large composite structures such as current and future wind turbine blades
The project has prepared the establishment of a partnership that can develop intelligent solutions into a potential growth area for national business and employment. The project has developed a