Glass for sustainable architecture: Glass to Power’s solutions for building energy efficiency
Glass to Power, an Italian company based in Rovereto (TN), is a leader in the development of glass for sustainable architecture, offering cutting-edge technologies to improve the energy efficiency of buildings through photovoltaic solutions perfectly integrated into architectural design.
Glass to Power’s objective is clear: to transform the way solar energy is used in modern buildings, overcoming the limitations of traditional solar panels. Our solutions not only generate clean energy but do so without compromising aesthetics, meeting the demands of the most discerning designers in terms of sustainable architecture.
Invisible photovoltaics for sustainable and self-sufficient buildings
Our products – transparent, semi-transparent, or opaque – integrate harmoniously into facades and building envelopes, transforming every structure into an energy producer. This approach makes it possible to achieve true building energy efficiency without sacrificing design.
We strongly believe that photovoltaics should adapt to architecture, and not the other way around. This is why we developed Heli-On, the first transparent window with an integrated photovoltaic frame, fully customizable in shape, size, and finish. A unique solution of its kind in the landscape of glass for sustainable architecture.
Tailored solutions for architectural photovoltaic integration
Alongside Heli-On, we offer a wide range of glass-to-glass solutions and opaque coatings, including artistic or colored options, ideal for designing high-performance facades. Thanks to collaboration with international partners, we are able to provide innovative technologies for the aesthetic integration of photovoltaics in any architectural context, actively contributing to the sustainability and energy efficiency of buildings.
Technical support for designers and companies
Glass to Power supports architectural firms, designers, and construction companies in choosing the most suitable materials and configurations. Each project is carefully evaluated from a technical, aesthetic, and regulatory perspective, to ensure sustainable, energy-self-sufficient buildings ready to face the challenges of future architecture.
