The overall purpose is to support the development of low temperature district heating (LTDH) (35-45 deg. C). The specific purpose is to analyse suitable low temperature concepts, and develop and
Diodes as a replacement of incandescent lamps. The project will increase the light intensity in diodes by making progress within nanophotonics. Besides they will develop a low-cost method to fabricate
The vision is to be able to develop sustainable types of cement which can be produced at lower temperatures, and thereby reduce the need for fossil fuel which the environment in the end will benefit
The goal was to create an intelligent and advanced control of LED lighting which is able to optimize the user's lighting conditions in a given situation or in relation to a task. Apart from a number
Ammonia can be used for cleaning the exhaust from diesel cars as well as fuel for fuel cells. Safe storage of the ammonia is important in both applications.
This project develops and demonstrate a tool for energy consultants and companies for estimating the saving potential by reducing the voltage level. A collection of data about the voltage level in
After theinitial processanalyzes ofcoolingtunnelstesteddifferent types ofcoatingfor their abilityto shedice fromthe cooling surfaces,andthe most suitabletestedona redesignedprototype
Installation of two heat pumps with vertical bore hole as heat source and a measurement program is accomplished for verifying the calculation models from the preliminary project 342-066. The results
The project will developbothan energy-efficientandglare-freeLEDluminaire(PartA)to be designed fora centrally locatedpathsinViborgmunicipality.Direction-orientedlighting conceptswillp