The project will develop and demonstrate a new full ceramic SOFC cell concept in a joint approach between materials and processing experts closely together with SOFC cell and stack manufacturers. The
Top up funding for an EU project with European partners. The project is concerned with the details of continuous degradation of SOFC components. Models predicting degradation phenomena and their
This project aims to contribute substantially to the development of a cost effective high temperature electrolysis technology based on solid oxide electrolysis cells (SOECs). The focus will be on
Top up funding to the EU CATION project with Wärtsilä and other European partners. Building on experience with 50 kW demonstration systems, the cathode subsystem is developed and solutions verified
The project focus on fuel cell based combined heat and power units as active elements for sourcing and sinking power to and from the SmartGrid on Bornholm. This is a pre-project to analyze the need
CATBOOSTER adresses the key bottlenecks for commercialization of PEMFC technologies: Performance, service life and cost. The project focuses on catalyst and electrode development and aims at a boost
Two DMFC generator modules 0.5 kW and 1.0 kW have been constructed for demonstration in UPS and battery charging applications. The overall goals defined in the Danish “DMFC Road Map” for 2008 has been
The demonstration plant includes the following elements: Container buildings for control and monitoring as well as housing of the process equipment. Two fully automated PEM-CHP fuel cell units of 2 kW
Under the Danish-Canadian project, Dantherm Power developed a fully integrated UPS system based on Canadian-based Ballard’s air-cooled LTPEM fuel cells. Eleven UPS units were installed to support
A novel concept for preparation of sulfonate containing fluorinated block copolystyrenes have been developed based on initial ATRP of fluorinated styrene monomers. The strategy depends on well defined
The project aimed to improve stack technology for solid oxide fuel cell stacks (“SOFC”). The project developed and tested several improved stack components, including improved glass seals and
The project goal was to develop stack materials, components and stack technology, including industrially relevant production methods. Further, the project was to perform tests and demonstration of
The main activities of the project were developing improved SOFC electrodes, cells and interconnects through careful characterizations in interaction with new fabrication methods. Major break-throughs
This project is the first phase of a project consisting of three phases, which aims at demonstrating micro CHP based on Danish fuel cells. The project will test three different fuel cell technologies
It is a common opinion that water electrolysis is an available and mature technology, which is not wide spread because it is too expensive compared to steam reforming of hydro carbons. As a