The project aims to promote the commercialization of plastic solar cells. The goal is to develop an ink for producing the solar cell of the central portion, which absorbs the sun's energy.
The project wil make it possible to produce hydrogen in smaller systems using induction heating in catalytic processes. This makes hydrogen production flexible in terms of use of the surplus power
The aim is within the International Energy Agency SHC Programme Task 54 project Price reduction of solar thermal systems to reduce the price of solar heating systems. This is achieved by use of
The purpose of the Danish participation in IEA PVPS work is to ensure Denmark receives the international knowledge which is fundamentally a continued Danish strategy within the field of photoviltaics
In the project the ceramic electrolyser technology will be matured towards present markets as off-grid electricity storage and production of gasses for the chemical industry. The technology will be
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 aim of the project is to work with Danish housing associations to organise sketch designs and realisation of building integration of PV solutions (BIPV). The total proposed implementation for roof
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
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
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
The purpose is to develop and validate a full set of industry relevant test procedures for solid oxide cells, addressing performance, durability and degradation. The project will develop test
The Introduction of a new supplemental power generation product based on fuel cells and methanol the current diesel genset will be replaced in telecommunications application in regions with poor or no
The objective of the REST project is to address the current limitations on reliability estimation and testing across several application segments for hydrogen and fuel cell technologies – with focus
A ground breaking new technology for thermal stratification of solar hot water tanks has been invented December 2013. After only a few prototypes the technology offers competitive thermal performance
The project goal is to widen the application of solar cells on facades in urban spaces by refining the architectural expression via innovative building integrated solar cells by using built-in light
The project aims to develop and demonstrate a PV-panel which will both work as a balcony fence and at the same time produce energy to the electricity grid. The PV-panel will be building integrated, be