Revolution in solar energy: The life of cells has been extended by 66 percent!

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Revolution in solar energy: The life of cells has been extended by 66 percent!

By admin, Kasım 22, 2024

Revolution in solar energy: The life of cells has been extended by 66 percent!





Revolution in solar energy: The life of cells has been extended by 66 percent!



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A revolutionary development in solar energy technology, University of Surrey It was carried out by an international team led by With the study carried out in collaboration with Imperial College London “miracle materialcalled ” perovskit solar panels produced using both efficiency and lifespan A method that increases the

Significant development in perovskite solar panels

Study, lead-tin perovskite detected a previously unnoticed degradation mechanism in solar panels. With the method developed to prevent this mechanism, the panels power conversion efficiency increased significantly (over 23%). Additionally, the use of solar cells its lifespan is 66 percent extended.




Revolution in solar energy: The life of cells has been extended by 66 percent!



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Today, silicon solar panels adorning roofs have begun to be replaced by perovskite/silicon hybrid panels that provide higher efficiency. If researchers entirely perovskite based He believes that panels will be the technology of the future. However, in order for these panels to become commercially widespread, efficiency and durability problems need to be solved. This study is particularly lead-tin perovskite It contributes to overcoming problems in cells.

A 12.5 MW solar farm will be established

By examining the “hole transport layer” that affects efficiency and durability, the team discovered a mechanism that suppresses the chemical reactions caused by this layer. iodine reducing agent developed. This innovation opens the door to the production of solar panels that are both longer-lasting and more cost-effective.

One of the co-authors of the study, Dr. Imalka Jayawardena, “By significantly increasing the efficiency of our perovskite-based solar cells, we are getting closer to producing cheaper and more sustainable solar panels. “We continue to work to further improve materials and our device architecture.” He made a statement. Now it’s time to test these innovative panels. A solar farm with a capacity of 12.5 MW is planned to be established.

























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