KRINGSJA SKOLE · OSLO, NORWAY
NEW CONSTRUCTION
The photovoltaic curtain wall, made of crystalline silicon photovoltaic glass, combines four different colors and serves as an educational tool to showcase the evolution of solar energy to students of all ages. Designed with double glazing, the photovoltaic glass offers a U-value of 0.7 W/m²K, making it perfectly suited for Norway’s cold climate. With an installed capacity of 2.8 kWp, this system is expected to prevent the emission of 35 tons of CO2 into the atmosphere.
The selection of crystalline silicon photovoltaic glass for the project, was driven by specific requirements to balance energy efficiency, aesthetic appeal, and educational value. The 44% visible light transmission (VLT) ensures that the building enjoys a bright and welcoming interior environment while maintaining the desired balance between daylight and solar gain. Coupled with a solar factor of 20%, the glass effectively controls solar heat, minimizing glare and overheating while enhancing thermal comfort.
The photovoltaic glass can reach a nominal power of 109 Wp per square meter, reflecting its high efficiency in capturing and converting solar energy. This capability is essential for maximizing energy production, especially in Norway's variable weather conditions. The integration of this advanced photovoltaic glass not only supports the project’s sustainability goals but also aligns with the educational objectives of demonstrating renewable energy technology in action.
Moreover, the use of multicolored photovoltaic glass not only contributes to the building’s aesthetic character but also serves a pedagogical purpose, making the evolution of solar technology a visible and engaging aspect of the school’s design. The system’s integration into the educational environment fosters a greater understanding of sustainable practices among students and staff, aligning with the project’s commitment to promoting environmental awareness and innovation.
