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EVER’11 covers topics on the ecological vehicle theme (EV), those on the renewable energy theme (RE), and those shared by both themes (REV), including (but not limited to) the following:
EV1: Ecological Vehicles
EV1-a: Road vehicles
EV1-b: Trains and trams
EV1-c: Boats and yachts
EV1-d: Others
EV2: Ecological Propulsion systems
EV2-a: Electric propulsion systems
EV2-b: Hybrid propulsion systems
EV2-c: Clean thermal propulsion systems
EV2-d: Flywheel propulsion systems
EV3: Traction Drives and Generators
EV3-a: Electric machine design and optimization
EV3-b: Static converter design and control
EV3-c: Variable speed drives
EV3-d: Monitoring and diagnostics
EV4: Ecological Power Supplies
EV4-a: Batteries and ultracapacitors
EV4-b: Recharging infrastructures
EV4-c: Fuel cells
EV4-d: Hydrogen infrastructures
RE1: Wind Energy Systems
RE1-a: Aerodynamic systems
RE1-b: Aero-generator design and control
RE1-c: Wind farm generating systems
RE1-d: Interfacing to the grid and GCRs
RE2: Solar Energy Systems
RE2-a: Photovoltaic cell sizing and optimization
RE2-b: Photovoltaic panels and associated converters
RE2-c: Solar water pumping, heating and treatment
RE2-d: Solar refrigeration
RE3: Hybrid Renewable Energy Systems
RE3-a: Wind/solar hybrid energy systems
RE3-b: Smart grids
RE3-c: Energy storage and management
RE3-d: Other hybrid renewable energy systems
RE4: Efficient Energy Management in Buildings
RE4-a: Buildings and renewable energy integration
RE4-b: Networked energy aware white-goods
RE4-c: ICT for sustainable homes
RE4-d: Smart home
REV1: Marketing and Economical Impacts
REV1-a: Market analysis, research and prediction
REV1-b: Employment market expansion
REV1-c: Economic benefits in short and long terms
REV1-d: Demonstration, training and maintenance
REV2: Education and Regulations
REV2-a: National programs
REV2-b: Public policies and facilities
REV2-c: Public education and youth programs
REV2-d: Safety, recycling and standardization