Development and demonstration of a substation with electric heat for an ultra-low temperature district heating system. The electric heater raises the hot tap water the last degrees to a desired level
An automatic Smart Grid System for Kolding WWTP shall, on the basis of a prognosis for the future wastewater load, a prognosis for the future variation in energy prices, the present operational status
The objectives of this project are both to address the design challenges related to reduction of the cooling need and risk of overheating in energy renovated residences under different climatic
The project explores, by means of 1:1 modeling, new practices for reuse of dismantled building components, resulting in guidelines for new ways to handle, organise and trade reused building components
This project will develop new power electronic systems for large scale lithium-sulfur batteries, directly aimed at the electro-mobility market. Lithium-sulfur batteries have higher energy density and
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 project aims at solutions for thermal plants, for power generation, heat pumping and cooling by use of low value sources as waste heat and renewable sources at high efficiency. The project will
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 purpose of the present project is to implement a unique, full-scale demonstration project using special energy-efficient and load-bearing polyurethane panels for; exterior walls, roofing, floor
The aim of the project is to reduce the CO2 emission of large ships up to 7%, through integration of a new gas boiler.The new boiler results in higher efficiency due the use of heat recovery from the
The main objective is to halve the energy consumption for drying and firing of brick, while the energy source is transformed from fossil fuels to electricity, potentially from renewable energy. This
The purpose of is to contribute to an international projects on natural gas for road transport lead by The United States of America. The project maps several alternative pathways from raw natural gas
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
4E EMSA is an international collaboration within IEA which main object is to spread and globalize methods and technics of electrical motors and motor systems. The primary object is energy savings