Innovating Works

HORIZON-CL5-2024-D3-02-05

Cerrada

Temáticas obligatorias de los proyectos para la ayuda HORIZON-CL5-2024-D3-02-05

Temática principal:
Project outcomes aim to open new markets for Vehicle-Integrated Photovoltaics in road transport, reduce grid dependency, increase electric vehicle range, and achieve cost-efficient, energy-saving, climate-neutral road transport. The focus is on developing PV technology for enhanced electric mobility systems in terms of emissions reduction, aesthetics, and user experience, emphasizing safety, efficiency, and environmental friendliness in vehicle integration. Project outcomes aim to open new markets for Vehicle-Integrated Photovoltaics in road transport, reduce grid dependency, increase electric vehicle range, and achieve cost-efficient, energy-saving, climate-neutral road transport. The focus is on developing PV technology for enhanced electric mobility systems in terms of emissions reduction, aesthetics, and user experience, emphasizing safety, efficiency, and environmental friendliness in vehicle integration.
Renewable Energy Electric Vehicles Sustainable Transport Energy Efficiency Renewable Energies
Renewable energy sources - general
RePowerEU
Photovoltaics
Photovoltaic power generation
net zero-emissions target
affordability
sustainability
modularity
Vehicle-Integrated Photovoltaics (VIPV)
electricity grid
electric vehicles
climate-neutral road transport
PV technology
electric mobility systems
CO2 emissions reduction
air-pollution
cell
interconnection
encapsulation technologies
flexible design
size
shape/curvature
lightweight
aesthetics
antifouling property
cost optimisation
environmental friendliness
automotive specifications
safety/repair/maintenance standards
energy losses
PV Charging Stations
grid services
grid energy cost
peak shaving
valley filling
scalability
commercialisation
deployment
characterisation
validation
certification
pre-normative research
international standards
stability
lifetime
environmental issues
European Solar Test Installation (ESTI)
ISO17025 calibration laboratory.
net zero-emissions target
affordability
sustainability
modularity
Vehicle-Integrated Photovoltaics (VIPV)
electricity grid
electric vehicles
climate-neutral road transport
PV technology
electric mobility systems
CO2 emissions reduction
air-pollution
cell
interconnection
encapsulation technologies
flexible design
size
shape/curvature
lightweight
aesthetics
antifouling property
cost optimisation
environmental friendliness
automotive specifications
safety/repair/maintenance standards
energy losses
PV Charging Stations
grid services
grid energy cost
peak shaving
valley filling
scalability
commercialisation
deployment
characterisation
validation
certification
pre-normative research
international standards
stability
lifetime
environmental issues
European Solar Test Installation (ESTI)
ISO17025 calibration laboratory
Renewable Energy
Electric Vehicles
Sustainable Transport
Energy Efficiency
Renewable Energies
Net zero-emissions target
Affordability
Sustainability
Modularity
Electricity grid
Electric vehicles
Climate-neutral road transport
Electric mobility systems
Air-pollution
Cell
Interconnection
Encapsulation technologies
Flexible design
Size
Shape/curvature
Lightweight
Aesthetics
Antifouling property
Cost optimisation
Environmental friendliness
Automotive specifications
Safety/repair/maintenance standards
Energy losses
Grid services
Grid energy cost
Peak shaving
Valley filling
Scalability
Commercialisation
Deployment
Characterisation
Validation
Certification
Pre-normative research
International standards
Stability
Lifetime
Environmental issues