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The media reporter learned from Wuhan University that Cheng Yibing's expert team has made breakthroughs in two perovskite solar module preparation technologies, reaching the highest photoelectric conversion efficiency
of similar products in the world.
These two breakthroughs show that China's researchers are at the forefront
of the world in the preparation technology of perovskite photovoltaic modules.
Professor Peng Yong, State Key Laboratory of New Materials Composite Technology of Wuhan University of Technology, said that the 5cmx5cm plastic substrate flexible perovskite solar module developed by Cheng Yibing's team passed the certification of a third-party authority in the National Photovoltaic Quality Supervision and Inspection Center on August 8, and obtained the result of 11.
4% of the photoelectric conversion efficiency of the module, exceeding the 10.
5% photoelectric conversion efficiency of 5cmx5cm flexible perovskite solar cell module announced by Toshiba Corporation on September 25
。
Cheng Yibing's team has also made a breakthrough in the preparation technology of 10cmx10cm glass substrate perovskite solar cell modules, and the photoelectric conversion efficiency of its related components is 13.
98% verified by the National Photovoltaic Quality Supervision and Inspection Center, ranking first
in the efficiency of similar products verified internationally.
Perovskite solar cells are one of the top ten scientific and technological breakthroughs in 2013 selected by Science magazine, and are a new photovoltaic system
that is expected to further reduce the price of photovoltaic power generation.
The successful development of perovskite solar modules is one of the prerequisites for the market-oriented application of
perovskite solar cells.
Peng Yong said that Cheng Yibing's team has been committed to the research and development
of perovskite solar module preparation technology since 2015, relying on the State Key Laboratory of New Materials Composite Technology of Wuhan University of Technology.
These two breakthroughs show that China's researchers are at the forefront
of the world in the preparation technology of perovskite photovoltaic modules.
The media reporter learned from Wuhan University that Cheng Yibing's expert team has made breakthroughs in two perovskite solar module preparation technologies, reaching the highest photoelectric conversion efficiency
of similar products in the world.
These two breakthroughs show that China's researchers are at the forefront
of the world in the preparation technology of perovskite photovoltaic modules.
Professor Peng Yong, State Key Laboratory of New Materials Composite Technology of Wuhan University of Technology, said that the 5cmx5cm plastic substrate flexible perovskite solar module developed by Cheng Yibing's team passed the certification of a third-party authority in the National Photovoltaic Quality Supervision and Inspection Center on August 8, and obtained the result of 11.
4% of the photoelectric conversion efficiency of the module, exceeding the 10.
5% photoelectric conversion efficiency of 5cmx5cm flexible perovskite solar cell module announced by Toshiba Corporation on September 25
。
Cheng Yibing's team has also made a breakthrough in the preparation technology of 10cmx10cm glass substrate perovskite solar cell modules, and the photoelectric conversion efficiency of its related components is 13.
98% verified by the National Photovoltaic Quality Supervision and Inspection Center, ranking first
in the efficiency of similar products verified internationally.
Perovskite solar cells are one of the top ten scientific and technological breakthroughs in 2013 selected by Science magazine, and are a new photovoltaic system
that is expected to further reduce the price of photovoltaic power generation.
The successful development of perovskite solar modules is one of the prerequisites for the market-oriented application of
perovskite solar cells.
Peng Yong said that Cheng Yibing's team has been committed to the research and development
of perovskite solar module preparation technology since 2015, relying on the State Key Laboratory of New Materials Composite Technology of Wuhan University of Technology.
These two breakthroughs show that China's researchers are at the forefront
of the world in the preparation technology of perovskite photovoltaic modules.
