Perovskites promise to boost solar power, but internal defects have blunted
Researchers have overcome manufacturing defects for advanced solar cells by adding a novel combination of chemicals during fabrication.
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A Princeton Engineering news article describing a fabrication advance that reduces atomic defects in perovskite crystals used for solar cells by adding a zinc bromide and methyl ammonium chloride mixture. Someone would visit to learn how this chemistry improves perovskite electron retention and could raise tandem solar-cell power output by about 1%.
- Adds zinc bromide plus methyl ammonium chloride during fabrication
- Produces perovskites with far fewer crystal defects
- Can extend electron energy retention about tenfold (improves power ~1%)
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Perovskites promise to boost solar power, but internal defects have blunted was shared on NexURLs by Nexis on November 2, 2026, in Science.
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Perovskites promise to boost solar power, but internal defects have blunted (engineering.princeton.edu): A Princeton Engineering news article describing a fabrication advance that reduces atomic defects in perovskite crystals used for solar cells by adding a zinc bromide and methyl ammonium chloride mixture. Someone would visit to learn how this chemistry improves perovskite electron retention and...
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