FutureGas seeks to stimulate: an efficient and economical supply of gas - including gas based on renewable sources, an appropriate and flexible use of these gases, and an optimal integration of gas in
The overall target for this project is to develop an industrialized concept for Building Integrated Solar PV-BIPV that visualizes a number of added values, minimizes additional costs and thus paves
Power-to-gas (“P2G”) is an innovative and disruptive energy storage solution ideally suited for the Danish energy system. The P2G-BioCat Project is led by a consortium of highly qualified
The purpose of the project is through applied research and development to demonstrate and develop a building-integratable, transparent PV module harvesting direct sunlight, acting as intelligent
The SmartMEA project aims to develop the next generation high temperature PEM electrodes for improved durability and performance working under SmartGrid conditions. Focus is on electrode optimization
To fulfill the Danish Government's ambitious plan regarding renewable energy, some technical and economical hurdles have to be cleared. A major issue is energy storage. This project will present
An energy payback time less than 1 year for a complete polymer solar cell plant is now reality. DTU, EnergiMidt and Gaia Solar are now taking the next crucial step towards sustainable reliable energy
The purpose of the project is to analyse and develop advanced filter solutions based on combinations of passive filters and active filters in wind power plants. The use of passive filters is almost
This project will develop oxygen blown biomass gasification combined with oxygen transport membranes (OTMs) for efficient conversion of waste biomass to electrical energy. During the project, a 1st
The project will result in recommendations for integration of heat pumps in existing distribution grid, which otherwise risk to be overloaded. The recommendations will be based on analysis of
In order to efficiently provide system services to the distribution grid, aggregators of flexible DER units require information about the topology of the grid. This information is currently not
Solid oxide fuel cells (SOFCs) are an energy conversion technology that can play a key role during the transition to 100% renewable energy in Denmark. This project aims to enhance the lifetime of
The object of the PROSOFC project is to increase the robustness of the solid oxide fuel cell technology, as this is a key challenge for bringing the technology to the consumers. To achieve this we
COORDICY is a Danish-American interdisciplinary research project that investigates how to bring down the energy usage of public and private industrial facilities.
The project SYNFUEL is reasearching how to combine electrolysis and gasification of biomass in a way that produces more biofuel from the same ammount of biomass.
The overall price of polymer fuel cells is falling, but the cells are still highly dependent on platinum as catalyst material. The project NonPrecious aims at developing active catalysts based on more
ElectroGas develops knowledge and technology which can take surplus electricity from renewable energy and use it to upgrade CO2 to CH4 by feeding it to microorganisms present in biogas reactors.
The researchers of LEDSiC is exploring how wavelength conversion using fluorescent silicon carbide can produce white light-emitting diodes (LEDs). LEDs looks to be the market leading light source of