Environment-Friendly Energies and Applications (EFEA) is a forum for bringing academics, scientists, engineers and industry together to discuss the recent developments in environment friendly energies and their applications. The main theme of this symposium is on renewable and sustainable energy systems, hybrid transportation systems and energy security. The 5th Edition of EFEA will be held in Rome, Italy, on Sept. 24-26, 2018. The hosting institution will be the University of Rome “Sapienza”, Faculty of Civil and Industrial Engineering, in close collaboration with the University of Valenciennes (Fr), the University of Northumbria (UK), and the University of L'Aquila (IT).
EFEA 2018 is the fifith event in the EFEA series, following EFEA 2010 in Ghardaia, EFEA 2012 in Newcastle, EFEA 2014 in Paris and EFEA 2016 in Belgrado.
EFEA 2018 conference topics include but are not limited to
Policy
Renewable Energy Technology Roadmap; R & D; Finance; Supply Chain; Marketing
Low Energy Building and Architecture
Green Building; Bioclimatic Architecture; Comfort and Indoor Climates; New Materials; Smart HVAC systems
Advanced Power Systems
Distributed Energy Resources; Smart Grid; Micro-grid; Power Electronic Convertors
Electric and Hybrid Vehicles
Electric Cars; Hybrid Engines; Regenerative Brake Systems; Power/Electric Transmission Systems; Battery, Energy Management
Control
Smart Electrical Energy Metering; Fault Tolerated Control Systems; Demand/Power Control
Wind and Hybrid Renewable Energy Systems
Wind Turbine Aerodynamics and Structure; Wind Turbine Load and Power Control; On-grid and standalone Hybrid System; Power/Demand Management Systems; Resource Modelling; Condition monitoring of Wind Apparatus
Solar Thermal and Geothermal
Solar thermal collectors; Solar Heat Pump; Combined Heat/ Power; Geothermal Heat Pump; Geothermal Direct Use
Hydrogen & Fuel Cell
Fuel Cell Power Plants; Hydrogen Production
Hydropower and Marine Energy
Micro & Pico Hydro System; Ocean Thermal Energy; Wave Energy
Energy Storage
High voltage batteries; Battery charge balancing and cooling; Charge/energy management; Ultra-batteries; Thermal, unconventional, Hybrid energy storage systems and Flywheel systems
Biomass
Biofuel; Biomaterials; Biomass Gasification; Biomass heating systems
Materials in Renewable Energy Technologies
Composite materials; Smart materials; Shape memory alloys
Education and Career
Higher education; Life-long learning; Prospects in green job opportunities
Eco design
Methods and design tools for renewable energy; Eco-design
Energy System Sustainability and Integration
Eco-Sustainable Energy Development; Conventional and Green Power Sources Integration; Special Focus on the Euro-Med Region
09月24日
2018
09月26日
2018
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