The project is a core project of the Danish SOFC programme. The goal of the project was to continue developing SOFC cell and stack technology while reducing production costs, the aim being to meet the
The goal of the project is to develop, test, validate and evaluate a novel control architechture for optimised operation and seamless integration of micro CHP based on a generic virtual plant (VPP)
The project develops proton-conducting and mixed proton-electron conducting materials stable in atmospheres containing CO2. The materials will be used in future energy-efficient and environmentally
The objective of the project was to improve the durability of the membrane electrode assemblies of PEM fuel cells by studying the basic degradation phenomena of carbon supported Pt catalysts and
The EU's and the Danish government's goal of replacing major parts of fossil fuels with sustainable energy sources requires new processes to be developed for conversion and storage of energy, for
The project united a wide circle of scientists, experts and industrial partners with varying competences and specific experience to hear their visions for how Denmark should develop new long-term
The Use of the TEG technology with a Solid Oxid (SOFC) system. The TEG (Thermoelectric Generator) consists of a number of TE elements which are semiconductor elements on a string literally wrapped
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 CEEH will develop a system to support the planning of Denmark's future energy systems integrating both direct costs and indirect costs for environment, climate and health. The CEEH will apply a
The output of the project can be divided into three main areas: Firstly, results related to the further development and integration of existing tools and methodologies into coherent energy and
SERC was carried out during the period from primo 2007 until end of 2012 I cooperation with leading Danish and International research institutes plus a wide spectrum of industrial partners. The
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