Micro-CHeaP

Renewable micro-CHP systems are a combination of micro-CHP technology (which, at present, are mainly powered by non-renewable fossil fuels (e.g. natural gas)) and renewable energy technology, such as biomass gasification systems or solar concentrators. The integration of renewable energy sources (RES) with micro-CHP allows for the development of sustainable energy systems with the potential for high market penetration; a cost-effective and reliable heat and electricity supply; and a highly beneficial environmental and economical impact on a pan-European scale. This coordination action intends to bring together industrial specialists and research experts to focus entirely on renewable micro-CHP technology. It will co-ordinate and steer research in this field and highlight the most promising technologies with the highest potential for market penetration in existing and future market conditions. Principal outputs will be: 1) Acomprehensive state of the art and market review. 2) Mapping of current research activities and centers of excellence, to help steer research. 3) Expert group meetings to co-ordinate key areas of current research. 4) A report recommending the future direction of European research. 5) An analysis of potential links between micro-CHP and other RES. 6) A technology transfer/training programme, to spread best practice. 7) Targeted dissemination of the project's results to stimulate commercialization and further RTD. The CA will stimulate further development in the field, focus research, minimize duplication of effort, and help to transfer cutting-edge technology from research institutions to industry. The global aim is to inspire the development of energy systems that can produce all the heat and electrical needs for a single dwelling. This will aid in the development of a sustainable energy infrastructure, reduce harmful environmental emission, and allow natural resources to be used in a more economical and ecologically sound manner