Specific energy and power measures of an electric battery configuration based on the graphene oxide electrodes

Measures of the specific energy and power in an electric battery configuration from a solid-state, based on pyrolytic graphene oxide electrodes (GO) and electrolyte of sodium chloride dissolved into a polyvinyl alcohol at 5% wt, are presented here. Specific energy at 8 mWh/Kg and power at 15 W/Kg, with battery voltage close to 100mV, were measures by the current-voltage method in GO-batteries prototypes. These results suggest that pyrolytic GO is an excellent candidate material to electrodes in solid-state batteries.