While further research and scaling up of production are necessary, this novel anode material offers a tantalizing glimpse into a future where EVs charge as quickly as filling a gas tank, and batteries last significantly longer.
“The realization of an anode with simultaneously high power, stability, and energy density, along with its compatibility with sodium-ion systems, marks a turning point in the rechargeable battery market,” concluded Dr. Gyujin Song of KIER.