China’s 1MW perovskite solar farm beats silicon system in industrial-scale test
A China-led research team, including scientists from Nanjing University and Canada, has developed a highly stable coating for perovskite solar cells. This breakthrough addresses a key challenge in commercializing perovskite technology, an alternative to silicon solar panels.

Briefing Summary
AI-generatedA China-led research team, including scientists from Nanjing University and Canada, has developed a highly stable coating for perovskite solar cells. This breakthrough addresses a key challenge in commercializing perovskite technology, an alternative to silicon solar panels. In an industrial-scale test, a perovskite panel approximately the size of a dining table achieved 22% efficiency and a power output of 158.4 watts. Crucially, the panel demonstrated durability under conditions required for commercial use, including heat, humidity, and temperature extremes. This development signifies a major step towards the industrial-scale production of low-cost, high-efficiency perovskite solar panels.
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Model · rule-basedKey claims
4 extractedThe perovskite panel withstood heat, humidity, and temperature extremes required for commercial use.
The perovskite panel reached 22 per cent efficiency with a power output of 158.4 watts.
A China-led team has developed a super-stable coating for perovskite solar technology.
This achievement paves the way for the next generation of low-cost, high-efficiency solar panels to be made on an industrial scale.