Pioneers since 2010 in the design and installation of floating photovoltaic systems
Mission
Our mission is to produce clean energy while minimizing the use and waste of water, to contribute to a sustainable future. We are committed to innovating the production processes and promoting efficient and environmentally friendly technologies, to ensure a positive impact on the planet and communities.
Vision
We imagine a world where clean and sustainable energy is accessible to everyone, preserving natural resources for the future generation.
We aim for an energy system that values water as a precious resource, reducing waste and promoting the balance between progress and respect for the nature.
Why NRG Island?
Patented System
Thanks to the anchoring system, we create floating systems that ensure optimal sealing, guaranteeing stability and reliability both during installation and maintenance operations.
Since 2010
The first company in Italy and one of the first in the world to operate in the floating photovoltaic sector.
Unique structure
The NRG Island system is composed of an innovative integrated structure, with floats and frames designed to ensure a very high buoyancy capacity (350 kg/m²).
The resistance and stability of the NRG Island frames, guarantees a safe and stable platform, making the system suitable for any photovoltaic panel available on the market.
Anchoring systems
Thanks to our advanced technology, we are able to handle significant variations in water levels, even tens of meters, including daily changes. In addition, our systems are designed to withstand extreme weather conditions, such as high intensity winds, ensuring reliable performance in any situation and geolocation.
Ventilation
Compared to other solutions in the market, the NRG Island system stands out for its lower density of floats, which promotes optimal ventilation and contributes to greater productivity of the photovoltaic panels, hence improving the overall performance of the system.
Efficiency
For the same system power, the NRG Island system uses 30% less surface area compared to a ground-based system.
Your journey with us
Make the world better with us
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