Recently, Professor Peng Huisheng from the School of Polymer Science at our university introduced a groundbreaking technique by stacking fabric electrodes, successfully creating fabric-based solar cells. These innovative cells can be woven into different types of fabrics, offering a new kind of wearable electronic device. The research was published online in Angew. Chem. Int. Ed., one of the most prestigious chemistry journals globally. The paper, authored by Dr. Pan Shaowu, a doctoral student in the research group, was recognized as a Hot Paper shortly after its release. The journal also issued a special press release titled "Wearable Solar Cells," highlighting the significance of this work. This marks the group’s follow-up to their earlier achievement in stretchable linear supercapacitors in 2013, which had also been featured in a special issue. On May 30th, Science magazine further covered the research with the theme "Weaving Solar Energy into Fabrics," sparking global interest from both academic and public media. As wearable technology becomes the future of electronics, devices must not only perform well but also be lightweight, flexible, and easily integrated into clothing. While researchers have explored linear micro-cells that are more flexible than traditional planar designs, it has remained a challenge to produce functional linear solar cells that can be seamlessly woven into fabrics. Building on previous studies, Professor Peng’s team made significant progress in overcoming this technical barrier. They first coated titanium silk fabric with photoactive materials to serve as the working electrode. Then, they used aligned carbon nanotube fibers—known for their strong mechanical and electrical properties—as the counter electrode. Finally, by carefully combining the two fabric electrodes and encapsulating them with an electrolytic liquid, they successfully produced fabric solar cells. This new technology, once commercialized, could revolutionize how we use electricity in daily life. It would provide a convenient solar charging solution for outdoor activities, scientific expeditions, and other scenarios where power supply is limited. The lightweight, comfortable, and cost-effective fabric devices could also merge with fashion design, using the unique dyes of the battery itself to create a blend of technological innovation and aesthetic appeal. Calender Reducer,Calender Gearbox Reducer,Plastic Calender Machine Gearbox,Calender Gear Box Reducer JIANGYIN TIANCHENG MECHANICAL EQUIPMENT CO., LTD. , https://www.gearboxjc.com
