“Our research gives the open doors wide open.”

Credit image: Sari University

Since its development, Perovskite has opened a number of advantages for consumers, such as their low rankings and high efficiency. However, questions related to their long -term stability have stood the full potential of these alternative solar cells.

But a team of researchers from the University of Sheffield and the National Physical Laboratory will be likely to discover a way to extend the life of the Peruvaskite solar cells significantly. The penetration may change the way people view solar energy.

currently , Peruvaskite stability It can diminish external factors such as moisture, temperature and exposure to light. When exposed to these conditions over time, the solar cells may fade, which greatly affects their general age.

According to A recent studyThe use of alumina nanoparticles may lead to the suppression of “chain reactions that speed up the deterioration of Peruvaskite”. These nanoparticles can eventually extend the life of the Peruvaskite solar cells “ten times”.

Techxplore This discovery was something of the tubes’ dream a few years ago.

“It is incredibly exciting to see our approach to making such an effect,” Pereira He said. “A decade ago, the idea of ​​the Peruvaskite solar cells that last long under the realistic circumstances was far -reaching.”

As the research continues and more developments in this new technology, PeRERA suggests that PEROVSKITE solar cells may compete with the popularity of silicone solar cells. “Through these improvements, we dismantle the new causes of stability and performance, and we are close to Perovskite technology to become a major energy solution.”

as US Department of Energy Note that silicone solar cells make up about 95 % of all solar units in the market today. Consumers can expect 25 years or more with most silicone solar cells. With scientists developing longer and more durable solar cell technology, we can reduce our need Sustainable energy sources.

Not only can the solar energy be reduced from carbon emissions around your home, but also may reduce the electricity bill. We offer Simple guide This can help you determine if the solar panels are suitable for you.

Imalka Jayawardena of the Advanced Technology Institute at Sari University believes that the discovery of their team has the ability to make solar energy more expensive. “By facing these common challenges that we see with Perovskite Solar technology, our research blows openly open doors to get cheaper, more efficient and accessible solar energy” Jayawardena. He said.

“What we have achieved here is an important step towards developing high -performance solar cells that can withstand real conditions. Therefore, it is closer to their commercial use on a global scale.”

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