Oxford PV began working on its perovskite tandem solar modules in 2014. Earlier this year, the company set a new efficiency world record of 26.9% with its 60-cell residential-sized module ...

Oxford PV has announced a record-setting perovskite tandem module efficiency record – 26.9% for a 60-cell “residential sized” module. The module has a surface area a little over 1.6 m square ...

Oxford PV's tandem solar panels, featuring perovskite-on-silicon technology, are now commercially available, boasting 20% ...

That’s a step change in how we harvest energy from the sun. Notably, perovskite can be made from low-cost materials that are widely available. A UK-based company called Oxford PV announced in ...

This is something which Oxford PV seeks to change, with the claim that they will be shipping the first hybrid perovskite-silicon panels to a US customer. Although Oxford PV prefers to keep the ...

The report said that tandem modules need a minimum efficiency of 25% to be competitive with other solar technologies on price.

Despite its promise, perovskite-based technology has challenges, such as durability. However, Oxford PV, a company born from Oxford University, has been working on commercializing this ...

While solar panels have traditionally been made with silicon, Oxford’s perovskite cells are 1/500th the thickness of traditional solar cells, allowing them to be incorporated into the glazing of ...

While the Oxford PV group are making headway by adding layers of perovskite to silicon-based solar cells to enhance efficiencies by roughly 30%, some of the limitations of the older silicon ...

Scientists in Japan are working on a flexible solar panel made from cutting-edge perovskite and the technology has vast ...

Market momentum for perovskites intensifies with ultra-light modules, bold encapsulation research, and synergy across ...