The transition to RE demands for new energy management systems (EMS). It is investigated how modularity-based control can be used in EMS to meet the fluctuating production of renewables using flexible
Oil and income from Danish North Sea are decreasing. One way to increase energy security is to reduce the cost of evaluating reservoir potential. Nanotechnology can help.
The Bucket Foundation is a next generation novel foundation concept for offshore wind turbines that is capable of delivering significant reduction in Cost of Energy.
The project is a Danish technology initiative that in a new holistic way will develop a retrofitting model for significant reductions in fuel-oil consumption in existing large container vessels.
Application of wireless technology as sensors on wind turbine blades will enable design of long, light-weight blades that in combination with advanced controls serve to reduce cost of wind energy.
Superconductivity is a promising technology for decreasing size and price on generators for large wind turbines. Laboratory test are to validate the design basis before a full scale generator is
Danish technology has cracked the code for future transportation of energy, and two companies and two universities have joined together to bring the technology to market.
New research project sets out to create better and more energy-efficient heat exchangers by developping new ultra-thin coatings (<1 micron), comprising antifoulingpolymerer to ensure both high stability and efficient heat transfer.
The future electrical distribution systems will use more and more direct current (DC). The research project focuses on the development of future intelligent direct-current (DC) microgrids which is
The objective of this project is to understand inducement and blocking mechanisms of local acceptance of wind power and similar renewable energy technologies. The aim is to adjust or redesign the
This project supports an improved practice on public participation in infrastructure planning. The project has point of departure in Energinet.dk's planning and uses Danish experiences to develop and
This project explores the new idea to use hydrogen, produced with excess power from wind turbines, together with CO2 to increase and enhance production of biogas. This will make biogas production
Efficient heat pumps running on renewable energy can contribute significantly in reducing Danish CO2-emissions. This project extends the knowledge in the field of heat pumps based on magnetic
The project explores a new type of alloys for low temperature polymer fuel cells. This is to reduce the content of rare and expensive platinum without having to compromise with the life span and
High temperature polymer fuel cells hold a large potential as they are simpler than traditional cells. Denmark holds a strong position in this field, however further research and development is
ASHBACK explores environmental and ecological consequences of distributing ash from combustion of biomass back into nature. This will allow backloading of a larger amount of ash in an ecologically