During the cycle, at a current density of 100 milliampere-1, the ARLB efficiency based on Coulomb is almost 100% except for the first cycle, which is similar in quality to LiMn2O4 used in lithium-ion batteries. This high Coulombic efficiency also indicates that water is very stable, with no obvious side reactions of protons or water. After 30 complete cycles, its discharge capacity remained very stable, at around 115 milliamperes G-1, which means there was no significant capacity decay occurring during the 30th cycle. This indicates that the cycling performance of the chemical reaction in this type of battery is very excellent, similar to that of LiMn2O4 in traditional ARLBs (see Figure S4A for supporting information: there is no significant capacity degradation after 200 cycles for this lithium manganese oxide positive electrode). In the latter case, lithium manganate can retain a complete cycle of 10000, which is superior to other charging batteries of 16 and 17 at the last 93% capacity. The Li metal in the polymer electrolyte can buffer the volume change during the dissolution process, and is chemically plated to ensure good contact with the coating. This is also important to achieve excellent cycling performance

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