Solar energy
Photovoltaic plants use solar energy, converting it into electricity through solar panels, transforming sunlight into clean and renewable energy.
Solar in numbers
With over 25 photovoltaic plants in Europe, we serve almost 119,000 families with renewable energy. This is a long-term commitment that makes us accountable, from the project idea and for the entire life of the plants we build.
26
Photovoltaic plants
Mainly located in Romania, with further installations in Italy.
213
MW
Gross installed capacity
Maximize power for a sustainable future and more efficient renewable energy.
124
kt
CO2 offset
in the renewable energy sector thanks to our photovoltaic plants.
Vista aerea di un esteso campo di pannelli solari. Questa installazione dimostra l'utilizzo dell'energia solare come fonte rinnovabile.
Facts
Photovoltaic power plants, also known as solar farms, generate electricity by directly converting sunlight into electrical energy through photovoltaic cells. They are a renewable and sustainable energy source that reduces dependence on fossil fuels and greenhouse gas emissions.
Photovoltaic power plants vary in size, from small rooftop installations to large utility-scale plants, with the largest plants producing hundreds of megawatts of electricity. They are becoming increasingly competitive in cost compared to traditional energy sources, and their maintenance costs are relatively low. Photovoltaic power plants can be installed in a variety of locations and provide a reliable and stable energy supply with minimal environmental impact.
Solar energy projects
Thanks to innovation in the photovoltaic sector, we harness the sun's unlimited potential to produce renewable energy, reducing dependence on fossil fuels and promoting an ecological transition that guarantees a cleaner, safer, and more environmentally friendly future.
Photovoltaic Powerplants
Bolzano (BZ)
The photovoltaic plant located in Bolzano (BZ) has a maximum installed capacity of 0.72 MWp. Designed to maximize efficiency and reliability, the plant produces clean energy sufficient to meet the needs of over 330 households.
Photovoltaic Powerplants
Villacidro (SU)
The solar power plant located in Villacidro (SU) has an installed maximum capacity of 13.51 MW. Designed to maximize efficiency and reliability, the facility produces clean energy sufficient to power over 8,924 households.
Photovoltaic Powerplants
Gradinari
The solar power plant located in Gradinari has an installed maximum capacity of 5 MW. Designed to maximize efficiency and reliability, the plant produces clean energy sufficient to meet the needs of over 2,857 households.
Photovoltaic Powerplants
Frasinet
The solar power plant located in Frasinet (Romania) has a maximum installed capacity of 53.31 MW. Designed to maximize efficiency and reliability, the plant produces clean energy sufficient to meet the needs of over 26,208 households.
Photovoltaic Powerplants
Peris
The solar power plant located in Peris has an installed maximum capacity of 6.21 MW. Designed to maximize efficiency and reliability, the plant produces clean energy sufficient to meet the needs of over 3,605 households.
Photovoltaic Powerplants
Rosiori de Vede
The solar power plant located in Roșiori de Vede has an installed maximum capacity of 4.89 MW. Designed to maximize efficiency and reliability, the facility produces clean energy sufficient to meet the needs of over 2,872 households.
Photovoltaic Powerplants
Lacedonia (AV)
The photovoltaic plant located in Lacedonia (AV) has a maximum installed capacity of 0.41 MWp. Designed to maximize efficiency and reliability, the plant produces clean energy sufficient to meet the needs of over 0 households.
Photovoltaic Powerplants
Plesoi
The solar power plant located in Plesoi has an installed maximum capacity of 5.37 MW. Designed to maximize efficiency and reliability, the plant produces clean energy sufficient to meet the needs of over 3,180 households.
Photovoltaic Powerplants
Dobresti
The solar power plant located in Dobresti has a maximum installed capacity of 3.78 MW. Designed to maximize efficiency and reliability, the plant produces clean energy sufficient to meet the needs of over 2,148 households.
Photovoltaic Powerplants
Ileana
The solar power plant located in Ileana has an installed maximum capacity of 3.59 MW. Designed to maximize efficiency and reliability, the plant produces clean energy sufficient to meet the needs of over 2,053 households.
Photovoltaic Powerplants
Peris
The solar power plant located in Peris has an installed maximum capacity of 6.21 MW. Designed to maximize efficiency and reliability, the plant produces clean energy sufficient to meet the needs of over 3,493 households.
Photovoltaic Powerplants
Dragalina
The solar power plant located in Dragalina (Romania) has a maximum installed capacity of 6 MW. Designed to maximize efficiency and reliability, the plant produces enough clean energy to meet the needs of over 3,427 households.
Photovoltaic Powerplants
Grottole (MA)
The solar power plant located in Grottole (MA) has an installed maximum capacity of 16 MW. Designed to maximize efficiency and reliability, the facility produces clean energy sufficient to power over 8,772 households.
Photovoltaic Powerplants
Dragalina
The solar power plant located in Dragalina has a maximum installed capacity of 6 MW. Designed to maximize efficiency and reliability, the plant produces clean energy sufficient to meet the needs of over 3,427 households.
Photovoltaic Powerplants
Sadova
The solar power plant located in Sadova has an installed maximum capacity of 3.63 MW. Designed to maximize efficiency and reliability, the facility produces clean energy sufficient to power over 2,174 households.
Photovoltaic Powerplants
Draganesti Vlasca
The solar power plant located in Drăgănești-Vlașca has an installed maximum capacity of 4.02 MW. Designed to maximize efficiency and reliability, the facility produces clean energy sufficient to meet the needs of over 2,356 households.
Photovoltaic Powerplants
Alexandria
The solar power plant located in Alexandria has an installed maximum capacity of 17.76 MW. Designed to maximize efficiency and reliability, the plant produces clean energy sufficient to meet the needs of over 10,217 households.
Photovoltaic Powerplants
Licodia (CT)
The photovoltaic plant located in Licodia (CT) has a maximum installed capacity of 11.83 MWp. Designed to maximize efficiency and reliability, the facility produces clean energy sufficient to meet the needs of over 8,488 households.
Photovoltaic Powerplants
Ileana
The solar power plant located in Ileana has a maximum installed capacity of 34.7 MW. Designed to maximize efficiency and reliability, the plant produces clean energy sufficient to meet the needs of over 20,500 households.
Photovoltaic Powerplants
Bordusani
The solar power plant located in Bordusani has an installed maximum capacity of 4.49 MW. Designed to maximize efficiency and reliability, the plant produces clean energy sufficient to meet the needs of over 2,666 households.
Our solar energy plants
Navigate the map and click on the pins to find out more about our solar powerplants
- Photovoltaic Powerplants
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