This report makes policy recommendations to support the widespread deployment of fuel cell micro-cogeneration systems, while providing a review of policy frameworks at the EU and national levels expected to impact the uptake of the technology in the coming decade. It highlights the benefits of fuel cell micro-cogeneration in relation […]

This ene.field report, authored by the project partner Imperial College London, provides a definitive result on the overall macro-economic and macro-environmental implication of a widespread rollout of fuel cell micro-CHP technology for Europe’s electricity systems. The use of micro-CHP systems is appealing due to two fundamental reasons: (i) the efficiency […]

This study examines the Life Cycle Cost of fuel cell mCHP, compared to incumbent technologies based on an aggregated, updated set of manufacturer cost and performance projections. These suggest increased electrical efficiency, reduced costs and longer stack lifetimes than have been previously estimated. Life-cycle costs for fuel cell mCHP technologies […]