Disclosed is a dual-membrane safety valve cylindrical liquid flow circulation honeycomb type zinc air battery. The battery comprises a battery reaction tank, an air electrode outgoing line and a zinc electrode outgoing line. The battery reaction tank is formed by arranging and combining tubular reaction tank monomers, the upper and lower ends of the tubular reaction tank monomers are provided with an upper cylindrical liquid collection groove and a lower cylindrical liquid collection groove which are communicated with the tubular reaction tank monomers. A columnar zinc electrode monomer is arranged in the center of a tube body of each tubular reaction tank monomer, the bottom of the lower liquid collection groove is in an inverted cone shape, a conical filter is arranged at the bottom of a filter tank, electrolyte is pumped into the upper liquid collection groove through a reflux pump and a reflux pump return tube, and a safety valve of the dual-membrane structure is arranged on a cover plate of the reaction tank. A large amount of zinc can be loaded at a time, energy supply like a common internal combustion engine can be performed, the battery can be rapidly opened and closed, and dual gradient protection of the safety valve is achieved. Due to the characteristics, the zinc air battery can meet the requirement of an automotive power source, and use is safer.