SCIENTECHNIC DUBAI · DUBAI, UNITED ARAB EMIRATES
Onyx Solar has successfully installed a cutting-edge photovoltaic skylight for Scientechnic’s new building in Dubai. This installation spans a glass cube structure made up of high - performance amorphous silicon glass, designed to balance energy generation with optimized thermal comfort in Dubai's extreme temperatures, where the heat can reach up to 53°C (127°F).
The skylight is composed of low-transparency glass with advanced IGUs featuring anti-reflective coatings, Low-E, and solar control layers. This design prevents the greenhouse effect inside the building, offering a u-value of 1 W/m²K and a g-value of 0.1, ideal for maintaining indoor comfort. The photovoltaic glass effectively filters infrared radiation while allowing visible light to pass through, reducing heat buildup and ensuring excellent daylight quality. Additionally, the integration of an argon spacer enhances insulation, making the space more energy-efficient.
This innovative system will generate 700 MWh of clean energy annually, equivalent to avoiding the consumption of 400 barrels of oil. Designed by FACE ARCHITECTURE + DESIGN, the 2,000x2,800 mm glass units used in the project showcase the perfect blend of sustainability and modern architectural design.
The characteristics of the photovoltaic glass were specifically chosen to address the extreme climate conditions of Dubai. With its ability to perform under intense sunlight and high temperatures, the photovoltaic glass ensures energy efficiency while maintaining the building's aesthetic appeal. The advanced IGUs, combined with the ability to block harmful UV rays, provide an effective solution for reducing interior cooling loads, which is crucial in a region that experiences such harsh weather conditions. The project showcases how photovoltaic glass can seamlessly integrate into innovative architectural designs while meeting sustainability goals.
