A research and development team at the University of South Carolina in the United States is developing clothing that converts cotton T-shirts into power sources, which can function as super double-layer capacitors in the future and have extremely high energy storage density. By soaking the garment in a fluoride solution, drying and baking and activating it at high temperatures in a fluorine-free environment, its fiber surface is converted into activated carbon, with a small amount of cloth sample acting as an electrode, and each fiber of the activated carbon flexible fabric They all contain nano-layers of magnetic oxides, which form stable, high-performance capacitors that can charge mobile phones or laptops and maintain up to 95% performance even after thousands of charges and discharges.
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