-What role will solar cells play in the future battlefield? (2)

What role will solar cells play in the future battlefield? (2)
author:enerbyte source:本站 click254 Release date: 2023-05-31 09:34:58
abstract:
The technological development of foreign military utilizing solar cells is mainly reflected in improving their photoelectric conversion efficiency. In recent years, significant breakthroughs have been made in the efficiency of various types of solar cells. In 2017, Japan developed a solar cell...

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The technological development of foreign military utilizing solar cells is mainly reflected in improving their photoelectric conversion efficiency. In recent years, significant breakthroughs have been made in the efficiency of various types of solar cells. In 2017, Japan developed a solar cell made of thin layer silicon, with a conversion efficiency of 26.3%, setting a new record for solar cell conversion efficiency and lower cost. In April 2018, German scientists discovered a new way to efficiently improve the absorption rate of solar cells by imitating the nanostructure of butterfly wings, resulting in a maximum increase of 207% in the absorption rate of solar cells.

Wearable and portable batteries are highly favored

In recent years, in order to reduce the number of batteries that soldiers need to carry during missions, foreign armies have vigorously developed foldable and portable solar cells to charge electronic devices carried by soldiers. The US military has developed solar cells with a shape similar to thin copper wire, which can be bent at will and woven into special clothing to collect and store solar energy. After soldiers wear these clothes, they can collect solar energy during daytime walking to charge their mobile phones, sensors, and other devices, eliminating the need to carry heavy batteries, greatly improving mobility. Japan has developed a new type of thin organic solar cell with a thickness of only 3 microns. It can be used after ironing with an electric iron and pasted on clothes, and its performance remains unchanged at 100 ℃. Japan plans to use it as a power supply for embedded sensors in future "smart clothes".

In addition to the above two, countries are also developing new materials and structures for batteries to improve the conversion efficiency of solar cells and promote industrial development.

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