Temática principal:
The text emphasizes enhancing the sustainability of photovoltaic power generation for a clean energy transition and climate-neutral economy in Europe. Key outcomes include reducing the environmental footprint, circularity optimization, and resource efficiency improvement through lifecycle assessment, material efficiency, energy balance, and eco-friendly, long-lasting product design with a circular economy focus.
The text emphasizes enhancing the sustainability of photovoltaic power generation for a clean energy transition and climate-neutral economy in Europe. Key outcomes include reducing the environmental footprint, circularity optimization, and resource efficiency improvement through lifecycle assessment, material efficiency, energy balance, and eco-friendly, long-lasting product design with a circular economy focus.
Photovoltaics
RePowerEU
International Cooperation
Renewable energy sources - general
Mediterranean
Photovoltaic power generation
clean energy system
climate-neutral economy
environmental footprint
PV technology
system lifetime
circularity of PV systems
PV technologies
silicon
thin film
organic PV
perovskite PV
Life Cycle Assessment (LCA)
critical materials
energy balance
energy payback time
carbon footprint
local materials
transport costs
hazardous materials
recycling
eco-friendly technologies
circular economy approaches
international cooperation
Mediterranean Region.
clean energy system
climate-neutral economy
environmental footprint
PV technology
system lifetime
circularity of PV systems
PV technologies
silicon
thin film
organic PV
perovskite PV
Life Cycle Assessment (LCA)
critical materials
energy balance
energy payback time
carbon footprint
local materials
transport costs
hazardous materials
recycling
eco-friendly technologies
circular economy approaches
international cooperation
Mediterranean Region
Renewable Energy Sources
Circular Economy
Climate-neutral Economy
Renewable Energies
Clean energy system
Climate-neutral economy
Environmental footprint
System lifetime
Circularity of PV systems
Silicon
Thin film
Organic PV
Perovskite PV
Critical materials
Energy balance
Energy payback time
Carbon footprint
Local materials
Transport costs
Hazardous materials
Recycling
Eco-friendly technologies
Circular economy approaches
International cooperation