High-Efficiency

Perovskites on Flexible

Substrates for

Sustainable Applications

About the research

HEPAFLEX aims at achieving a sustainable photovoltaic technology based on halide perovskites manufacturing circularity: flexibility, versatility, replacement, and recycling.
European Union

The Applications

to minimize the negative environmental impact of halide perovskites technology operation and manufacturing procedures

Eco-Friendly Fabrication for a Cleaner Future

HEPAFLEX prioritizes green chemistry and non-toxic materials to develop high-efficiency solar cells. By replacing hazardous solvents and minimizing energy-intensive steps, the project reduces environmental impact while maintaining top-tier photovoltaic performance.

Flexibility That Powers Possibility

HEPAFLEX uses flexible substrates to create solar cells that adapt to curved, mobile, or space-limited surfaces. This flexibility enables a higher versatility regarding its integration —unlocking new applications beyond traditional rigid panels.

High-throughput fabrication

HEPAFLEX combines rapid photonic annealing with large-area coating techniques to boost production speed without compromising quality. This high-throughput approach supports industrial-scale fabrication of perovskite solar cells in a cost-effective and energy-efficient way.

Our process

1.

Fabrication

Green materials and processing methods with high-throughput
2.

Operation

Stability control and feedback and risk mitigation
3.

End-of-life

Substitution with the leverage of the device flexibility

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Jess Newman
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