TERINA MEDITERRANEAN FOUNDATION · CALABRIA, ITALY
The refurbishment of the Terina Mediterranean Foundation in Calabria, Italy, marks a significant achievement for Onyx Solar, with a unique building complex featuring 3,000 m² (32,300 sq. ft.) of integrated photovoltaic glass. This large - scale installation utilizes green amorphous silicon photovoltaic glass with varying levels of transparency, incorporated into multiple architectural elements, including skylights, floors, walkways, parking lots, and even a panoramic elevator. This innovative use of photovoltaic glass allows the building to harness solar energy while maintaining its aesthetic appeal. The glass provides natural lighting, enhances thermal comfort, and generates renewable energy to reduce the building’s reliance on conventional power sources.
The Terina Mediterranean Foundation is recognized as a center of excellence, focused on research and knowledge in the agro - food industry. By collaborating with both Italian and international universities, the foundation leads efforts in scientific research and innovation. The integration of photovoltaic technology into the building’s design reflects its commitment to sustainability and energy efficiency, positioning the foundation as a model for forward - thinking, ecologic facilities.
The use of varying shades of green photovoltaic glass adds an aesthetic dimension to the building, complementing its natural surroundings while harnessing renewable energy. The glass helps reduce the building’s energy consumption by allowing natural light to filter through, while simultaneously generating clean energy. This integration supports the foundation's goals for sustainability, creating a more energy-efficient environment while enhancing thermal comfort. The Terina Mediterranean Foundation is now a symbol of how modern technology and design can work together to achieve both environmental and architectural excellence.
"The “Terina Mediterranean Foundation” research centre has entrusted Onyx Solar® with the refurbishment of its buildings, with an optimal integration of amorphous silicon photovoltaic glass with different degrees of transparency and shades of green.”
