Hybrid supercapacitor offers NiMH energy density, charges much faster
Hybrid supercapacitor offers N.
QUT researchers have demonstrated a hybrid supercapacitor design that stores vastly more energy than a regular supercap while offering charge/discharge rates much higher than lithium batteries 1/1
QUT researchers have demonstrated a hybrid supercapacitor design that stores vastly more energy than a regular supercap while offering charge/discharge rates much higher than lithium batteries
Researchers at the Queensland University of Technology have added another hybrid supercapacitor design to the mix, promising the near-instant charge and discharge of a supercap with vastly improved energy storage on par with NiMH batteries.