The goal was to investigate and demonstrate the abillity to store excess heat in the subsoil down to 100 m in so-called energy wells, and then use the accumulated heat via a heat pump during winter.
DTU has transferred a production technology for the manufacture of plastic solar cells to Mekoprint. Factor 3 has developed electronics that optimize the function of the plastic solar cell lamps and
In the project, a chemical reactor system, called OBATE reformer, has been developed to convert ethanol to diethyl ether and water in order to make it into a diesel fuel. It is shown that the
The project is a contribution to the national strategy evolving a dynamic and flexible electrical system with wind as the energy source. The key to the future exploiting of excess energy, is to
The project is the Danish part of the second and third year of the IEA project, International Energy Agency Solar & Cooling Programme Task 42 project Compact Thermal Energy Storage: Material
To obtain cost-efficient and environmental-friendly heat supply focus is put on district heating. Requirements to cost-effective biomass combustion technologies for district heating are: 1) High
The objective of the project is to assure that Danish solar thermal products follow European state of the art in quality standards and product development in order to increase sale of Danish products
The main purpose of the EUDP-project is to develop and demonstrate an LED based prototype lighting fixture that will revolutionize greenhouse lighting as we know it. This objective will be reached
The project partners wishes to develop a gas to gas humidifier membrane for use in fuel cell applications that will meet the specified performance requirements as well as size and cost requirements.
The objective of the project is to make a 24 m long 1:10 scale version of a Leancon wave power machine that uses airflows created by a wave moving up and down a tube. The project is based on a
Development of 2D infrared spectroscopic tomography system for in situ studies of flames and hot gasses. The starting point is 2D reconstruction of temperature and concentration profiles as well as
Meteorological mini-sensors placed on, for example, small model planes constitute a rapidly advancing area. The project will produce a clear picture of existing mini-sensors and the planes and examine
For the one year project period, supported by the programme, Risø DTU has participated in the IEA Hydrogen Implementing Agreement Task 22 ''Fundamental and applied hydrogen storage materials
The objective is to develop better extreme wind condition wind atlases usable for wind turbine manufacturers and for locating wind turbines. The key method of the project uses mesoscale modelling to
Development and testing different methods to fasten mono crystalline solar cells to a standard zinc roof system and finding different mono crystalline solar cells to find the optimal configuration.
PolyStaR aims at demonstrating large-area processing of polymeric solar cells with improved stability and reliability. A transnational consortium addresses the problem of unifying power conversion
The objective of the project is to investigate the process during heat treatment of biomass at 230-300 Centrigrades without air, so-called torrefaction, for potential upgrading of biomass for Danish
The project etablishes a large-scale PV cell system in a completely new canvas structure above the roof of the stand at Hvidovre Stadium as part of the development of a ground-breaking concept for
SOFC technology potentially offers a clean and efficient way of producing electricity and heat from a wide selection of fuels. However, before SOFC can be introduced for larger stationary applications
The project aims at optimising Wave Star wave machine production from irregular waves through sophisticated control of the back pressure in the hydraulic system in each floater. The system is being