Novel design that utilizes to electron transfer and decoupling of acid components to improves performance for next generation battery technology

Abstract

The practical implementation of such a battery design would require extensive research and development of a battery chemistry that aims for higher energy density by utilizing reactions that involve electron transfer reaction through redox potentials. Electrochemical loop, known as the chloride-bromide loop, which enhances the kinetics and reversibility of the bromide/bromate anion, (BrO⁻₃) electrode reaction. The exact combined reversibility capacity of 1150 mAh g− 1, leads to more energy that can be stored in a given mass of the battery. Electron transfer bromine to deliver a high specific capacity measures the amount of charge and high specific capacity indicates a high charge-storage capability. The successful validation of in bromide full batteries and acid-alkaline decoupling batteries. This technology is promising for high-energy-density aqueous batteries and essential in the field of energy storage, as it can potentially lead to safer, more efficient, and longer-lasting battery solutions and may find applications in various fields, including electric vehicles, portable electronic materials, greater energy density and efficiency are crucial.