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
The object is to provide input for the existing international standardisation efforts in flexible control of distributed power systems. This includes IEC 61850 and IEC 61970. The work must involve
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 objective is to improve the design basis for large wind turbines by measuring wind and turbulence profiles at high altitude above a flat ground using modern instruments. The project will study
The vision is that the increased research on main wind turbine uncertainties and risk & reliability will lead to less conservative designs and more cost-efficient wind energy. Therefore, careful
The usage of new reinforcement fibre and resin systems allows for novel forms of blade design, cost optimisation and production methods that significantly reduces the production time.
About 20-25% of the energy used in the EU is utilised for room heating. Even a few % improvement will represent a large quantity of energy saving and CO2 reduction. Thecalculation tool implemented on
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
By 2015, the city of Frederikshavn must consume 100% renewable energy. The goal is to test an integrated energy system in which electricity, heating and transportation interact intelligently without
The CanDan1.5 project is part of the Canadian/Danish CanDan collaboration and the purpose is to: - Analyze state-of-the-art and future prospects for hydrogen & fuel cell power balancing concepts &
The main goals of the simulation platform can be summarized as follows: 1) To extend the ability of the existing wind turbine design tools to simulate the dynamic behavior of the wind turbines and the
The goal has been to further develop and test simple models of district heating systems for simulation and operational optimisation, and to investigate the significance of the load distribution (both
Recent years have witnessed a wide range of energy saving measures in Denmark, which have decreased the unit heat consumption by district heating consumers dramatically. The geometrical density of new
The objective of the project was an improved design base for extreme loads and fatigue loads on wind turbine in flat or mountainous terrain. The main activity was the development of models for non
The aim of the project is to develop better design basis for large wind turbine blade of composite materials by a combination of materials research, structural mechanics, involving both modelling and