According to foreign media reports, the US Department of Energy's US Lawrence Berkeley National Laboratory (abbreviated as Berkeley National Laboratory, US Department of Energy's Lawrence Berkeley National Laboratory) designed a polyelectrolyte binder (PEB). The key ion transport processes in lithium-silicon cells are regulated, and their functional operating principles can also be displayed from the molecular level. Compared to conventional lithium-sulfur batteries, the new polymer adhesive doubles its capacity, even if it is discharged hundreds of times under high current densities. Researchers at Molecular Foundry, a Berkeley laboratory, designed a polymer that ensures sulfur and electrodes are in close proximity, thanks to the selective binding of sulfur molecules to offset Its migration situation. Advanced Light Source at Berkeley Lab conducted experiments, and the Electrochemical Discovery Lab of the Argonne National Laboratory confirmed the above inference. A comprehensive understanding of the synthesis, theory, and properties of the new polymer makes the adhesive one of the important components of the lithium-silicon battery cell. Researchers at the Joint Center for Energy Storage Research (JCESR), together with scientists from the Massachusetts Institute of Technology and the University of California, Berkeley, set up a research and development team. Funding is provided by JCESR. Small Cable Reel,Self Retracting Cable Reel,Auto Rewind Water Hose Reel,Wall Mount Water Hose Reel NINGBO QIKAI ENVIRONMENTAL TECHNOLOGY CO.,LTD , https://www.hosereelqikai.com