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On December 20, Peng Yong, a professor at the State Key Laboratory of Advanced Materials Composite Technology of Wuhan University of Technology, introduced that they have developed a next-generation solar cell
that can be printed like a newspaper.
Compared with traditional crystalline silicon solar cells, perovskite solar cells are easier to produce and are currently the most likely solar cells
to achieve low-cost industrialization to replace fossil energy.
Peng Yong previously did postdoctoral research on perovskite solar cells in Australia with Cheng Yibing, an academician of the Australian Academy of Engineering, and at the beginning of this year, he and his brother Huang Fuzhi followed their mentor to Wuhan University of Technology and established the Laboratory of Printed Optoelectronics
.
It is reported that this technology is to first dissolve the photoelectric conversion material in the solvent, like ink, and then use this machine to print the "ink" on the glass, after calculation, new energy vehicles equipped with this solar glass, a year of electricity can run 3300 kilometers, for private cars a year energy saving 16%; The "ink" can also be applied to the clothes, and the mobile phone charger is directly "worn" on the upper body
.
Compared with the cost of 3.
5 to 4 yuan per watt of traditional solar cells, the "printed" solar cells are only 0.
5 to 0.
6 yuan
per watt.
"Our perovskite solar cell research is the best in China and can be among the top five
in the world.
" Peng Yong said that there have been well-known domestic photovoltaic companies to contact them, but the battery from the laboratory to the workshop is still "one breath", requiring tens of millions of investment and two or three years of re-research
.
On December 20, Peng Yong, a professor at the State Key Laboratory of Advanced Materials Composite Technology of Wuhan University of Technology, introduced that they have developed a next-generation solar cell
that can be printed like a newspaper.
Compared with traditional crystalline silicon solar cells, perovskite solar cells are easier to produce and are currently the most likely solar cells
to achieve low-cost industrialization to replace fossil energy.
Peng Yong previously did postdoctoral research on perovskite solar cells in Australia with Cheng Yibing, an academician of the Australian Academy of Engineering, and at the beginning of this year, he and his brother Huang Fuzhi followed their mentor to Wuhan University of Technology and established the Laboratory of Printed Optoelectronics
.
It is reported that this technology is to first dissolve the photoelectric conversion material in the solvent, like ink, and then use this machine to print the "ink" on the glass, after calculation, new energy vehicles equipped with this solar glass, a year of electricity can run 3300 kilometers, for private cars a year energy saving 16%; The "ink" can also be applied to the clothes, and the mobile phone charger is directly "worn" on the upper body
.
Compared with the cost of 3.
5 to 4 yuan per watt of traditional solar cells, the "printed" solar cells are only 0.
5 to 0.
6 yuan
per watt.
"Our perovskite solar cell research is the best in China and can be among the top five
in the world.
" Peng Yong said that there have been well-known domestic photovoltaic companies to contact them, but the battery from the laboratory to the workshop is still "one breath", requiring tens of millions of investment and two or three years of re-research
.
