Neutral Electrolytes for Hybrid ESs

More excitingly, most of these reported values of the energy density are comparable to or even higher than those of EDLCs using organic electrolytes. Therefore, if other concerns such as the cycle life can be well addressed, these neutral electrolyte-based asymmetric ESs can be promising alternatives for commercial EDLCs with organic electrolytes. [Pg.76]

Summary of Selected Literature Data on Neutral Aqueous Electrolyte-Based Asymmetric ESs [Pg.77]

Electrolyte Negative Electrode Positive Electrode Cell Voltage (V) Capacitance (Fg- ) ESR (i2) Energy Density (Wh kg ) Power Density (kW kg ) Cycle Numbers References [Pg.77]

Abbreviations AC, activated carbon HPCs, hierarchically porous carbons GO, graphene oxide PPy, polypyrrole CNTs, carbon nanotubes CNFs, carbon nanofibers rGO, reduced graphene oxide and NWs, nanowires. [Pg.77]

4 Comparative Studies between Dieeerent Aqueous Electrolytes [Pg.78]

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