BOOSTER’s Second OPV Demonstrator Goes Live at Eni’s Research Site in Italy

The BOOSTER project is pleased to announce the successful installation and commissioning of its second demonstrator at Eni’s research site in Novara, Italy. The system is now fully operational, with real-world performance monitoring already underway.

A Façade Designed for Energy and Architecture

The Novara demonstrator features a distinctive wave-inspired façade that highlights the versatility of lightweight and flexible OPV technology.

Key features of the installation include:

• 136 custom-designed OPV modules • Approximately 40 m² of active OPV façade surface • Lightweight and flexible modules integrated into polycarbonate structures • A reflective finish creating a unique mirror-like appearance • A façade design tailored to the specific building and site conditions • Roll-to-roll manufactured modules supporting scalable production

The façade concept, system design, and electrical and mechanical integration were developed by ASCA. The OPV modules were manufactured by ASCA using Raynergy Tek Incorporation’s proprietary next-generation, high-efficiency donor and NFA acceptor materials, while Eni carried out the installation and is responsible for the monitoring activities.

Bringing OPV Technology into Real-Life Applications

The installation demonstrates how organic photovoltaics (OPV) can be integrated directly into building architecture, combining renewable energy generation with innovative design and flexibility. Moving beyond conventional rooftop solar applications, the demonstrator showcases how solar energy generation can become part of existing buildings without compromising architectural aesthetics. Thanks to their lightweight and flexible nature, OPV modules can be adapted to a wide range of surfaces and structures, opening new possibilities for building-applied photovoltaics and the integration of renewable energy into the built environment.

As monitoring progresses, the installation will provide valuable data on the performance of OPV technology under real outdoor operating conditions, supporting the further development and future deployment of these innovative solar solutions.

A Collaborative Effort

The demonstrator is the result of close collaboration across the BOOSTER consortium. From materials development and module manufacturing to façade integration and performance monitoring, the installation reflects the combined expertise of research and industry partners working towards the advancement of next-generation photovoltaic technologies.

Two BOOSTER demonstrators down, one more to go.

Stay tuned for the final chapter of our journey.