This measure of capacity, termed "volumetric performance," is an important metric for judging the utility of any energy storage device. Researchers at Nature Energy Nature Energy in PhD have developed a battery electrode design that could work as quickly as a supercapacitor, but also store much more energy, according to an article in the journal Drexel University's . The team developed a thin film using the highly conductive material Yury Gogotsi for the electrode design. MXene is macroporous (with many small openings), which allows ions to quickly reach electrical charge storage sites, enabling the storage of much more power.
Researchers at Nature Energy Nature Energy in PhD have developed a battery electrode design that could work as quickly as a supercapacitor, but also store much more energy, according to an article in the journal Drexel University's . The team developed a thin film using the highly conductive material Yury Gogotsi for the electrode design. MXene is macroporous (with many small openings), which allows ions to quickly reach electrical charge storage sites, enabling the storage of much more power.