The Danish Technological Institute developed a prototype for a more energy-efficient HVAC system. The new regulation technology has been implemented in an Exhausto ventilation aggregate located in a
Mini bars consume up to 10 percent of the total electricity costs of a hotel. Therefore, the energy consumption of mini bars has been brought into focus in this project. The existing mini bar market
The barriers so far preventing use of sophisticated, energy-efficient lighting control were analysed and tools developed for selecting optimum system solutions for automatic lighting control in
Lab tests have shown that the need for basic ventilation in foundries can be reduced by removing flue gases as close to the source as possible. These results have subsequently been confirmed by tests
The project group developed a method to characterise the dynamic properties of solar shading in connection with the current window the project group wants to use and not just an old standard window
The project group studied the possibilities of preventing rime formation on cooling and freezing furniture in supermarkets by removing part of the air humidity via air-conditioning systems and by
During the project, a team with special competencies in energy efficiency and sustainable buildings sought to influence clients and advisers in Copenhagen’s Ørestad district to improve project energy
The project has been carried out and has been finalized with a summary report in Danish. Performance tests of new suction hoods have been carried out at F. Junckers Industrier A/S in Køge, Denmark
More than 50% of Danish oil is unattainable because the pores in chalk reservoirs are so small. Nano-Chalk explores ways to enhance particle growth thus increasing pore size and oil pro-duction.
In this project next generation fuel cells are developed towards commercial applications. The projects is based on efficient and robust metal-based fuel cell technology.