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Research General-DirectorateResearch General-Directorate Sustainable Energy SystemsSustainable Energy Systems
NATIONAL CONTACT POINTS
SEMINAR
Brussels, October 16
NATIONAL CONTACT POINTS
SEMINAR
Brussels, October 16
Wiktor Raldow
New and renewable energy sources
Research DG
Research General-DirectorateResearch General-Directorate Sustainable Energy SystemsSustainable Energy Systems
Sustainable Energy SystemsMedium-long term research
Strategic priorities
Budget: 405 M€
Research General-DirectorateResearch General-Directorate Sustainable Energy SystemsSustainable Energy Systems
Expected resultsToday:
growing dependence on imported fuels
rising energy demands
congested transport system
growing CO2 emissions
Medium and long term actions will primarily contribute to:
increasing the share of renewable energy sources
reducing greenhouse gas emissions
Research General-DirectorateResearch General-Directorate Sustainable Energy SystemsSustainable Energy Systems
Medium and long-term research actions
Impact Technology development (time frame beyond Kyoto)
Typical partners Research centers, universities, industries (incl. SMEs), end-users
Policy aims Research policy (serving energy and associated policies)
Research/demonstration Research focus, inclusive prototypes and pilot plants
Risk Scientific/technological
Typical support level Max 50%
Research General-DirectorateResearch General-Directorate Sustainable Energy SystemsSustainable Energy Systems
Sustainable Energy SystemsMedium-long term impact
Fuel cells, including their applications
New technologies for energy carriers, transmission, storage and distribution
New and advanced concepts in renewable energy technologies
Capture and sequestration of CO2
Cross-cutting socio-economic research
Research General-DirectorateResearch General-Directorate Sustainable Energy SystemsSustainable Energy Systems
Fuel cells
Fuel cells development
low temperature FC: Proton Exchange Membrane and Direct Methane
high temperature FC : Solid Oxide
System development for :
domestic and industrial co-generation and air-conditioning
power generation (0.5-5 MW)
portable power systems
small road vehicles
heavy duty transportation
Research General-DirectorateResearch General-Directorate Sustainable Energy SystemsSustainable Energy Systems
Energy carriers: Hydrogen
Production
Storage
Safety
Distribution
Basic materials
Hydrogen economy
Research General-DirectorateResearch General-Directorate Sustainable Energy SystemsSustainable Energy Systems
Energy carriers: Electricity
Large scale implementation of distributed energy resources
Energy storage technologies and systems for grid connected applications
Key enabling technologies for interactive (customers/ operators) networks
Research General-DirectorateResearch General-Directorate Sustainable Energy SystemsSustainable Energy Systems
Renewable energy technologies
Photovoltaics
Biomass and bioenergy
Other areas such as
wind
geothermal
ocean
concentrated solar thermal
Research General-DirectorateResearch General-Directorate Sustainable Energy SystemsSustainable Energy Systems
Photovoltaics
Innovative concepts for the next generation of PV
PV components and systems
Clean and cost-effective processing and manufacturing technologies for crystalline Si modules
Thin film PV
PV in the built environment
PV in MW size plant
Research General-DirectorateResearch General-Directorate Sustainable Energy SystemsSustainable Energy Systems
Biomass and bioenergy
Combustion technologies
Gasification systems
Biofuels for transport
Energy from bio-residues
Research General-DirectorateResearch General-Directorate Sustainable Energy SystemsSustainable Energy Systems
CO2 capture and sequestration
Post-combustion capture
Pre-combustion capture
Geological sequestration
Chemical / mineral sequestration
Research General-DirectorateResearch General-Directorate Sustainable Energy SystemsSustainable Energy Systems
Cross-cutting socio-economic research
Model development to study social and economic issues related to new energy technologies, e.g.
how to achieve the Kyoto targets
cost of environmental damage
long term forecasts: resource depletion, climate change, etc.
