The project purpose is to define and demonstrate the extent to which the Danish gas distribution system can be used as infrastructure and energy storage for an energy system – fully or partly – based
The EUDP project for Ryesgade 30 showed that it is possible to renovate older apartment blocks to modern standards without compromising architectural values. This project will, with a range of
The future role of solar thermal in urban environments and in smart renewable energy systems is analysed in this project. Based on economic analysis, strategies and technical solutions as well as
Induction heating for stream reforming of methane has the potential of opening a new path for cheap hydrogen production. This project will make proof of concept to enable further commercial
The current sales of heat pumps in residential houses in Denmark are much lower than wanted. Several reasons for this have been identified, among others, the investment costs and the familiarity of
Surplus of RE-power can through electrolysis be converted into hydrogen, which can be stored in the gas infrastructure. M/R stations will be tested via on-site generated hydrogen for suitability for
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
Develop and establish a live, full-scale energy laboratory in the new Nordhavn area in Copenhagen, for development, testing and demonstration of smart city energy solutions, including smart energy
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 purpose of this Combined Solar Thermal Demonstration is to commercialize the CSP system, and verify the respective efficiencies of CSP and Flatpanel technology at a variety of temperatures, the
The project aims to develop a PVT module that combines insulation, solar cell and solar panel in integrated building components intended for the renovation of apartment buildings. The building
The project will create an “added value” from “intelligent low cost BIPV solutions” linked to integrated systems for “Performance Documentation” and a ”Smart Grid operation. Results can directly be
A unique and dedicated software tool for small and medium size wind turbines - Online WAsP - is proposed to ensure inexpensive but accurate calculations of energy yields, noise impacts and financial
The objective of this project is to establish a novel type of wind load simulator where the true nature of wind can be simulated. The wind load simulator is central part of a new generation of test
The purpose is to develop and demonstrate a solution, an integrated Crane Basket, solving the challenge to get technicians access to blades on installed turbines – on- as offshore, for safe and
Task27 will focus on the research needs for understanding small wind turbines and their performance in environments of high turbulence including the built-environment. The subtasks are: Continue the
The aim of the project is to develop very large self-sustainable PV/PVT modules with associated flashings which can replace existing roofing on larger buildings such as sheds, warehouses, etc
”The New Roof” is a holistic new approach to obtain the multifunctional and energy harvesting roof for renovation and new build. It is developed in an integrated design process aiming at a market
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