In recent years, rechargeable aqueous zinc-ion batteries (RAZIBs) have gained attention for safety and cost benefits amid carbon reduction policies. (1,2) Due to their unique advantages in safety and cost, (3,4) they are considered to possess unparalleled benefits in some large-scale energy storage scenarios and are seen as a powerful complement to current energy storage systems. (5,6) However, on the anode side, zinc (Zn) metal is plagued by issues such as side reactions and dendrite growth.