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Recently, the latest research results of new flexible solar cells of China University of Science and Technology were published in German Applied Chemistry
.
It is reported that based on the thermal carrier injection effect on the semiconductor-metal interface previously studied by the research group, the researchers have achieved improved photoelectric conversion performance in the near-infrared light region, so that the near-infrared light, which occupies 52% of the sunlight, can be efficiently utilized
.
Professor Xiong Yujie's research group of the University of Science and Technology of China thinned and etched nanowires on commercial silicon wafers, and then combined with the plasmon thermoelectron injection effect of silver nanosheets to produce near-infrared solar cells
with mechanical flexibility.
Xiong Yujie said that this new near-infrared flexible solar cell manufacturing method is simple and effective, and is expected to be used in the development of intelligent temperature-controlled solar cells and wearable solar cells
.
Recently, the latest research results of new flexible solar cells of China University of Science and Technology were published in German Applied Chemistry
.
It is reported that based on the thermal carrier injection effect on the semiconductor-metal interface previously studied by the research group, the researchers have achieved improved photoelectric conversion performance in the near-infrared light region, so that the near-infrared light, which occupies 52% of the sunlight, can be efficiently utilized
.
Professor Xiong Yujie's research group of the University of Science and Technology of China thinned and etched nanowires on commercial silicon wafers, and then combined with the plasmon thermoelectron injection effect of silver nanosheets to produce near-infrared solar cells
with mechanical flexibility.
Xiong Yujie said that this new near-infrared flexible solar cell manufacturing method is simple and effective, and is expected to be used in the development of intelligent temperature-controlled solar cells and wearable solar cells
.
