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New fabrication method for perovskite solar cells promises to break the efficiency limit - Sonnenseite

11.12.2020 New fabrication method for perovskite solar cells promises to break the efficiency limit The direct solar-to-electricity conversion enabled by solar cells can play pivotal role in our future energy supply. Increasing the cost-effectiveness of solar cells is essential to accelerate the upcoming terawatt-scale solar industry. However, this is complicated as conventional crystalline silicon is already approaching its efficiency limit of 33 percent. One viable strategy is to fabricate solar cells that combine various light-absorbing materials that can capture a larger portion of sunlight, which could ultimately raise the efficiency to 68 percent. PhD candidate Junke Wang has developed a new strategy to fabricate solar cells based on novel perovskite semiconductors that promise efficiencies above 35 percent. Wang successfully defended his thesis on December 10

University of Eastern Finland associate professor secures ERC Consolidator Grant

These updates are republished press releases and communications from members of the Science|Business Network University of Eastern Finland associate professor secures ERC Consolidator Grant Associate Professor Tanja Tarvainen from the Department of Applied Physics at the University of Eastern Finland has been granted the European Research Council (ERC) Consolidator Grant for five years, with the funding amounting to 2 million euros. This is the first ERC Consolidator Grant awarded to a University of Eastern Finland researcher. The ERC grants are among the most esteemed European grants, making them highly competitive. This year, the funding awarded as ERC Consolidator Grants amounted to 655 million euros. In Finland, the ERC Consolidator Grant was awarded to a total of six researchers.

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