The project concerns the development and demonstration of intelligent, cost-effective façade units with built-in solar cells and solar screens. Everything is made pre-fab and will be built modular and
The purpose is to develop a low-cost, high performance BIPV solution that can be tailored to unique site requirements, with focus on multi-story buildings in cities. A supplementing business model
Coordination of - and participation in: - Extended period of IEA-SHC Task 43 "Solar Rating & Certification". - Extended period of IEA-SHC Task 45 "Large Solar Heating and Cooling Systems with Heat
Continued participation (since 2005) in the international model community within International Energy Agency on development and use of local, national, regional and global optimisation models, data
Growth processes for GaN thin films on Si wafers with optimized buffer layers leading to high-quality materials having low defect densities will be developed. Active components will be fabricated in
The project KDFuelCell is about a Korean-Danish collaboration on the development of PEM full cells. This is a very active area of research in both countries. Focus is on the central components, such
Thermoelectric generators can convert waste heat directly into useful electricity, though no mass production of the active materials has been feasible so far. However, Aarhus University has spent
The CINEMA research alliance will develop unique 3D micro-structural characterization methods, which make it possible to investigate components under realistic conditions and in real time. This will
Hans Aage Hjuler (applicant) has been elected to IEA´s working group on “Advanced fuel cells: Annex 22: Polymer Electrolyte Fuel Cells”. Futher, Hans Aage Hjuler has been elected to the Scientific
The project will optimize MW electrolysis technology by developing a highly efficient power supply. The power supply will provide ancillary services in terms of power and frequency regulation for grid
The aim of the project is to exchange information on international development in the field stationary fuel cell systems for distributed generation of electricity. The insight gained is shared with
The project aims to demonstrate energy efficient production of pressurized hydrogen using pressurized solid oxide electrolyser cells. The project also examines the techno-economic potential of the
The aim is to develop a holistic solution for the integration of solar cells in the roof, which meets all demands for the roof structure as a whole, acts as the building envelope and is designed
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.
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.
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
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
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