Denmark has the 1. of January 2013 joined the IEA Heat Pump Programme (HPP). DEA has designated Technological Institute to be representative of HPP's Executive Committee's work.
This project aims at developing a sustainable and competitive lignocellulose based microbial oil technology for production of renewable biofuels. The project will demonstrate the production of
As different renewable energy sources, like solar, wind and biomass, become more widespread as energy sources in the different energy grids in urban areas, the aim of the project is to investigate how
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.
Nationwide observations of both indirect and direct solar irradiance will be of value for designing solar energy systems, energy optimization of buildings and architects. Currently, DMI only monitors
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
The vision is to avoid loss of energy by monitoring technical installations in an easy, cheap and flexible way. The novelty is that you simply glue sensors onto cables and pipes to monitor devices. It
To contribute to development of new cold climate technology and stimulate new applications for Danish wind technology through IEA Task 19 through forming the basis for new international standards in
The public-private partnership Smart Energy Networks will support energy policy goals as well as good and sustainable growth conditions for Danish trades and industries. The partnership will enable