The projectanalyzes the possibility ofinteractionbetween the electricity anddistrict heating,whereheat pumps,withthe return waterisheat sourceused to supply thenew consumerswho jointhe
The project group will develop, manufacture and sell the worlds most simple and cost effective controller for easy implementation of dynamic lighting. The controller is aimed at the professional
CeramicSpeed develops and produces ceramic bearings, which have a much lower energy losses than conventional bearings. Energy loss is reduced by a combination of precision rollers and ceramic balls
Two Danish companies, along with DTU and the Danish Technological Institute, will develop a novel and patent-pending industrial dehumidifying technology. The new technology is based on desiccant
The project will examine how selected Smart Grid ready devices in the household can push for private consumer perceptions of energy consumption and their behavior too. The project is based on existing
The objective of the project is to develop simulation models, which should enable optimizing process and utilities parameters within production companies, thus:
The project is about valuing non energy benefits of energy-saving projects. For example, in the form of better comfort, increased productivity or better quality which often are neglected or
A cupboards typically use as much energy as a detached house. Groundbreaking new measurements show that heat and electricity consumption in laboratories with cupboards can be reduced, respectively 30%
Energy refurbishment of existing buildings combined with future energy- and indoor climate regulations in new build, creates challenges regarding indoor climate, total cost and low energy consumption
The project's goal is to explore the potential for energy savings by automatically in regulation of ventilation systems, where a new type of electric control valve is located in all air inlet points.
Run-around coils is the only possible heat recovery solution in industries where leakage between the supply air and exhaust air must be avoided. Electricity consumption for fluid coupled batteries in
How can electricity from a PV-device be utilized in an optimal way in a single family house? In a full-scale test setup a PV- plant delivers solar electricity for a typical family's consumption, for
Within the project the technical and economical possibilities are analyzed with the focus on exchanging fossil fuels to natural fuels and surplus heat in villages by the use of heat pumps and low
This project is about working methodology, teaching, communication and dissemination of Integrated Design as a holistic working methodology, focusing upon energy optimization of new building and
In the project an Energy-Plus house, which produces more energy from the sun than it uses, will be developed, built and operated. The project will develop and test several technologies for the house
The project includes concept development and guidelines for establishment of combi PV/ battery storage systems in multifamily buildings. Consumption by residents and building operation will be managed
Development of a stratifier, which when installed in an electrical heated water tank, can be used for: Moving electricity usage for heating electrical heated water tanks from peak load periods (e.g
LED lighting includes a huge potential for energy saving. Substantial variation in quality for LED sources might destroy consumer confidence and delay the market penetration. In 2010, an IEA co
Light Extraction improves the efficiency of LED. Our method is based on industrially reproducible nanostructures that are more efficient than the microsized structures the industry uses today. The