Professor Nobuta, an associate professor at Osaka University in Japan, has also developed a solar cell made of "paper", and plans to put it into practical use three years later. According to reports, the paper solar cell can be rolled, folded, and carried around. Compared with plastic solar cells, the paper solar cell has more excellent processing performance, and it is expected that it will greatly increase the use of solar cells. According to the report, Nomura also reduced the fiber width of the paper pulp “pulp†to only 1/3 of the current 1/3 nanometers (nm), thereby creating a transparent paperboard and applying light energy to the paperboard by printing technology. Organic materials and silver wiring converted into electrical energy.
According to the report, Nomura has also tried a product that is 2cm long, 5mm wide, and 1mm thick. Its photoelectric conversion rate is 3%. Although the conversion rate is far lower than that of solar cells currently used in solar power generation, it uses organic materials. Compared to solar cells, the conversion rate is comparable to that of glass substrates. According to reports, the R&D team to which Nengmuya also belongs has also developed a technology that can print antennas on paperboard. As long as electronic components are mounted on paperboard using this technology, it is expected to become a new type of ultra-thin type. Display products.
U Bend Tube,U Stainless Steel Tube,U Bend Stainless Steel Tube
Hongsheng Steel Pipe Co., Ltd , http://www.qdsteelpipe.com