Workshop BIPV: Learn How to Leverage Solar Innovations to Generate More Value
Discover BIPV: a workshop on solar-integrated buildings with expert talks for hands-on learning and collaboration.
This event aims to introduce Building-Integrated Photovoltaics (BIPV) technology, emphasizing its role in transforming buildings into energy producers and providing field experience.
The workshop will bring together architects, construction professionals, PV installers, electricians or roofers with BIPV experts to explore the technology, its advantages, as well as practical implementation.
The first session will provide a comprehensive introduction to BIPV, including updates on available products, cost considerations, and key technical and regulatory aspects.
Presentations will be delivered by leading experts in the field :
- Stefan DEWALLEF, R&D Manager at Soltech NV
BIPV experiences, point of view from a manufacturer. Market/product/price: progress made the last years. - Jean-Didier STEENACKERS, Architect & Solar Designer at Sunsoak Design
- Stéphane PIERRET, Founder & Managing Director at Optimal Computing
- Dominique DERAMAIX, Architect & Director at Format D2
These experts will share their insights and field experience from real-world projects, followed by open discussions.
The session will be introduce and hosted by Philippe MACE, COO of Becquerel Institute.
The workshop will conclude with a networking lunch, offering participants the opportunity to connect and exchange ideas.
This workshop is an initiative of the Seamless-PV and and Increase Projects, funded by the Horizon Europe research programme,
Seamless-PV
Seamless-PV drives the implementation of advanced integrated photovoltaics in different market sectors. It also develop a set of IPV products demonstrating high-efficiency, cost-competitiveness and compliance with market requirements referencing standardisation frameworks.
Increase
Increase focuses on innovations in PV module design, coatings, and operation guidelines to enhance aesthetics, reduce glare, and improve environmental impact and fire resistance. It also explores IPV facade, roof concepts, and noise barriers, providing practical guidance through pilots and rigorous testing.