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According to foreign media reports, a 3D-textured solar cell will be tested on the International Space Station. The International Space Station will have 16 "sunrises" every day, and it will be able to fully receive solar radiation.
The proposal was proposed by Jude Redi, professor of materials science at Qiao Yai University of Technology, and will study the performance of 3D textured solar cells in a space environment. At present, the Space Science Research Center (CASIS) has accepted this experimental program. This new type of solar cell is made of carbon nanotubes. Its outer surface is covered with a layer of light-absorbing material and will be sent to the International Space Station next year.
Reidy said that scientists have "evolved" an ultra-efficient solar cell that can be connected via a USB port. For many years, the International Space Station has served as a scientist, academic expert, and student's orbital laboratory capable of carrying out experiments within the space station. The installation of solar panels is one of the first experiments conducted outside the space station and will be completed on the Nanoracks external platform.
The International Space Station requires 1.5 hours for each round of the earth. The solar panels can receive sunlight from any direction and angle, which enables Reddy and the research team to quickly test the effectiveness of the multifunctional duplex configuration.
The research team will test the solar cell, which is covered with a layer of copper zinc-tin sulfur film material, based on this 3D structure, when the sun's rays shine on the battery, it will reach deeper into the internal structure instead of the traditional flat battery Reflecting sun rays.
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