Imagine if every wall, roof, and bridge could generate electricity without looking like a giant blue mirror. This work makes solar panels act like regular building materials that are easy to install and maintain. It's like turning a house's skin into a power plant that blends in with the neighborhood.
Solar power is cheap, but integrating it into buildings is still a niche market due to high installation costs, aesthetic clashes, and a lack of standardized safety and planning tools.
A suite of digital design and monitoring tools, anti-soiling coatings, a Click&Go mounting system, and ballast-free vertical PV for green roofs.
If you are a cladding manufacturer dealing with the high cost of adding solar tech to your catalog — this project developed new materials and colors that allow solar panels to function as aesthetic building elements.
If you are a landscaping company dealing with heavy ballast requirements for solar on roofs — this project developed ballast-free vertical PV solutions that simplify installation in urban environments.
If you are a software provider dealing with the gap between solar design and actual construction — this project developed digital tools for visualization, environmental impact assessment, and energy matching.
The project focuses on reducing manufacturing costs through specialized spin-off company efforts and creating a 'Click&Go' mounting system for faster, cheaper installation and removal.
Yes, the project uses 6 different built objects across 5 European locations to demonstrate the technology in real-world construction typologies.
Based on available project data, IP opportunities lie in anti-soiling coatings, fault-detection monitoring techniques, and the Click&Go mounting system.
The project is establishing standardization for BIPV by developing specific fire-safety testing protocols.
It introduces the Click&Go system for straightforward module handling and ballast-free vertical solutions for green roofs to speed up deployment.
The consortium is heavily weighted toward commercial application, with 13 industry partners (65% ratio) and 9 SMEs. This high industrial presence, coordinated by Fraunhofer, suggests a strong focus on market entry and manufacturing viability rather than pure academic research.
Contact Fraunhofer Gesellschaft zur Förderung der Angewandten Forschung
Contact us to connect with the 13 industrial partners leading the BIPV transition.
