The project aims to realize a number of solar-powered OLED concepts for the urban environment and develop the necessary controller technology to do so. The project will seek to bring two products to
This project examines the possibility for optimizing hot-gas defrost in industrial refrigeration systems. The focus is on optimizing the design of the system and also adding a compressor for
There are considerable and not yet identified efficiency opportunities in compressed air systems, which can be identified through a demand driven approach supported by much more extensive measuring of
The aim of the project is to develop guidelines for optimising energy savings, economy and CO2-reduction in connection with energy upgrading to low energy level based on two apartment buildings
A membrane based enthalpy recovery unit may contribute to a reduction of 10-20 % of the energy demand for ventilation in comparison to conventional ventilation systems. However, practical problems
The aim of the project is to demonstrate the potential for reducing energy demand for ventilation in governmental institutions. The project will develop, test and analyze control principles for a
The project will recommend on alternative cooling options with low energy consumption and improved termal indoor inviroment. The output will be technology overview, design strategies, application
Adaptive lighting control integrates user scenarios, daylight variations and architectural qualities in the design of light and controlsystems. The project develops adaptive lighting technology, light
The project is a research study of optimal use of heat pumps in existing buildings using wastewater as heat source. A pragmatic approach is used to solve problems, which have so far prevented using
Residential energy consumption for heating, hot water heating and cooling account for about 40% of the total Danish energy consumption. The potential for energy savings is large, and it is therefore
The aim of the project is to examine and describe options, strategies, challenges, synergies, technologies and development needs by creating plus-energy communities.
A methodology for detailed mapping of smart grid potential of buildings facing an energy retrofit is developed. READY.DK is a research effort into a larger EU demo-project, and aims to contribute to
The Power2Hydrogen project seeks to promote a new green energy market by demonstrating feasible load shifting and the possibility of balancing the electricity grid via dynamic operation of a PEM water
Aiming at promotion of polymer fuel cell applications in association with renewable sources e.g. windmill, the electro-catalyst is the key to higher performance, effective cost and prolonged
Solid oxide electrolysis cells (SOECs) are a promising technology for energy storage and synthetic fuel production and it has a unique potential for grid regulation in the Danish power system. This
The vision of this project is to develop and document a wall solution which suits the building regulation of year 2020 and at the same time presents an aesthetic attractive wall with long lifetime
The goal is to design a new generation of refrigerated counters for professional kitchens. The design must be flexible and fulfil the need of the chef. The coming design will fulfil the criteria for
For the buildings sector globally, reducing energy consumption and providing comfortable indoor environments are important tasks. The overall aims of the project are: elaboration of a scientifically
The project develop a roof window for the North- Central European market, primarily for existing buildings.
The window shall bring daylight and fresh air into the building without heat loss
The window
The project will develop a smart LED lighting solution, where the LEDs are built directly into e.g. walls or ceilings. The LEDs will be controlled individually or in groups by a central control unit