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Focus on temperature to reduce LCOE, says new study

A new model to assess the role of module temperature in PV power plant economics, developed by scientists in Saudi Arabia, finds that keeping modules cool could be an even more effective strategy to increasing energy yield than pursuing further gains in cell efficiency. The model finds that reducing module temperature by three degrees has a similar impact on energy yield to a 1% increase in conversion efficiency.

A pinch of chili gives perovskites a kick

Scientists in China found that capsaicin, the natural compound responsible for a chili pepper’s spicy flavor, can also act as a ‘secret ingredient’ in perovskite solar cells, making them both more efficient and stable. The group added capsaicin to the precursor materials of a common perovskite, leading to dramatic improvements in the resulting solar cell.

‘Spontaneous de-doping’ for 17.8%-efficient perovskite mini-module

U.S. scientists have found a new ‘de-doping’ process in perovskite solar cells that could cut production costs and produce better devices. They have used this to fabricate a mini-module with 17.8% efficiency.

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Lockdown and PV’s positive feedback loop

Scientists measuring air pollutants and PV performance in Delhi have found the lockdown conditions imposed in the Indian capital since late March have brought about a significant reduction in air pollution which has led to an 8% increase in solar irradiation reaching rooftop arrays.

Ultrathin, flexible solar cell with 13% efficiency

Researchers at Monash University in Australia have managed to develop a solar cell so ultralight and flexible that it could revolutionize the future of wearable tech.

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