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Oxford PV
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  5. Perovskite Solar Research Services

Perovskite Solar Research Services

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Oxford PV has developed cutting-edge tandem solar cells that integrate perovskite and silicon technologies to achieve world-record efficiencies. These prototype cells have successfully undergone stringent tests for high humidity and temperature, adhering to the rigorous standards used by photovoltaic manufacturers to certify their products. Compared to traditional silicon heterojunction modules, modules incorporating Oxford PV's tandem cells are designed to have a lower environmental impact over a 25-year operational lifespan. With exclusive access to foundational intellectual property from Professor Snaith's lab at Oxford University and a robust patent portfolio, Oxford PV is spearheading a collaborative, government-funded, five-year research initiative to create thin-film multi-junction perovskite solar cells aimed at reaching 37% efficiency and ensuring long-term stability. This project is supported by an EPSRC grant, emphasizing the importance of sustainable, research-driven partnerships with significant national and global implications.
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Our dedicated perovskite photovoltaic research and development team is continuously pushing the boundaries to further develop the composition and cell architecture of our perovskite-on-silicon tandem solar cell material.
 

We have achieved

Advanced perovskite photovoltaic solution
World record efficiency perovskite-silicon tandem solar cells. Read more.

Passed industry IEC reliability tests
Our tandem prototype cells have passed tests under high humidity and temperature, consistent with the testing PV manufacturers use to certify products. 

Positive environmental impact
Modules with our tandem cells have lower environmental impact than silicon heterojunction modules over a 25-year lifetime. Read more.

Strong global IP position
Exclusive access to the fundamental IP from Professor Snaith’s Oxford University lab, combined with our own extensive patent portfolio.

Introducing Oxford PV and Oxford University's government-funded, five-year research project to develop a thin-film multi-junction perovskite solar cell, with a target 37% efficiency and long-term stability.

The EPSRC grant is designed to support long-term, research-based partnerships between business and universities, with national and global importance.