Recently, researchers in the United States have developed a flexible, flexible textile battery that not only powers normal wearables but also plots like normal cotton.

One of the technical obstacles to wearable products is the elimination of material and size restrictions on the product. Given the current battery technology, wearable products are still no way out of the battery shape for more flexible shape design. However, U.S. researchers have recently developed a flexible, flexible textile battery that not only powers normal wearables but also plots like normal cotton.

Nazamur Karim, a researcher at the University of Manchester who is one of the researchers behind the project, said flexible woven cells create a smart cloth that makes wearable computers a reality. The researchers said the flexible battery device, which powers the wearable device, will enable the wearable product screen to be used directly in clothing fabrics for better health monitoring and wearable display devices.

According to the researchers, flexible woven cells are based on low-cost graphene materials and simple screen-printing techniques are used on the outside. The electrodes are very stable due to the strong interaction between the ink and the textile and have good operational safety Sex and long cycle life, the battery itself also supports fast charging, flexible materials allow washing.

Researchers hope their findings will open the door to wearable smart computers and smart fabrics, and they are currently writing a research paper for the study. The University of Manchester is currently investing 60 million to build a large graphene factory, which will be completed by next year and will provide international graphene institute with international research facilities.