Applications for Architecture
Building-integrated or standalone photovoltaics
Solutions for a sustainable future
ASCA® develops versatile photovoltaic solutions specifically designed for architecture. Whether building-integrated or standalone elements, our technologies can be embedded in materials such as glass, polycarbonate, textiles, stretchable fabrics, or ETFE.
Building envelope components - from double-skin façades and balustrades to shading systems and glass applications - become multifunctional, energy-generating elements through our innovative solutions.
Our technology’s adaptability to diverse architectural requirements enhances the carbon footprint of buildings by enabling decentralized energy production directly on-site. ASCA® solutions actively contribute to the energy transition and support the vision of sustainable architecture.
Freedom in Architectural Design
Design
- Maximum design flexibility
- Customizable in shape and size
- Various transparency levels and color options available
Sustainability
- Low-carbon technology
- 100% recyclable
- Free of rare metals and silicon
Agility
- Lightweight and flexible – easily adapts to any architectural context
- Seamless and aesthetic integration
Optimization
- Maximized energy production
- Efficient even in low light or partial shading
- Thermal management system (reduction of heat radiation)
OPV sail
OPV glass facade
Printed OPV solar umbrellas
OPV Solartree®
Solar Spline
Solar Trees at EXPO 2015
ETFE Façade Concept
Self-tending vertical garden
OPV facade concept
First thermal insulation composite system
Smart solar bench
Energy-generating glass balustrades
Solar roof - Expo 2020
A design solar tree
BIPV Media Façade
A solar wall by ASCA®
Solar Decathlon Europe
Solar greenhouse
BIPV glass façade of an administrative building
The Solar Poplar
