
A China-led team has set a record for perovskite solar panel efficiency at 22%, outperforming silicon panels in real-world testing, paving the way for low-cost, high-efficiency commercial production.
AI-generated summary
Perovskite solar panels have been under development as a more efficient alternative to conventional silicon panels.
A China-led team has cleared the last major hurdle in the race to commercialise the most promising alternative to conventional silicon solar technology, paving the way for the next generation of low-cost, high-efficiency panels to be made on an industrial scale. Roughly the size of a dining table, the scientists’ perovskite panel reached 22 per cent efficiency with a power output of 158.4 watts, while withstanding the heat, humidity and temperature extremes required for commercial use – a record for the technology at this scale. According to their report, published last Wednesday by the journal Nature, the team also put the technology to the test outside the laboratory, installing a 1-megawatt perovskite system alongside a 3.5MW silicon facility at the same solar farm. The researchers monitored performance for three months and found that, for the same installed capacity, the perovskite system consistently generated more electricity, the paper said. The perovskite beat silicon by 3.42 per cent in March, 3.79 per cent in April and 5.81 per cent in May, with its advantage growing as temperatures rose and sunlight became stronger.
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Increased investment in perovskite technology research and development
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中国科技期刊卓越行动计划入选期刊近日联合发布学术诚信倡议,涵盖规范人工智能应用、抵制学术不端、强化同行评议等七方面内容,旨在维护学术生态,提升科研诚信水平。

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