The invention discloses a nickel-hydrogen secondary battery negative pole plate, a fabrication method thereof and a nickel-hydrogen secondary battery employing the negative pole plate, and belongs tothe technical field of nickel-hydrogen secondary batteries. In the nickel-hydrogen secondary battery negative pole plate, active substance comprises the following constituents based on parts by weight: 70-94.5 parts of hydrogen storage alloy, 1-20 parts of zinc-based multi-element layered hydroxide [ZnMM'(OH)<2>].[(A).mH<2>O], 0-10 parts of additive, 3-30 parts of conductive agentand 0.5-5 parts of binding agent. The invention also particularly discloses the fabrication method of the nickel-hydrogen secondary battery negative pole plate and the nickel-hydrogen secondary battery employing the negative pole plate. With the adoption of the novel nickel-hydrogen secondary battery negative pole plate, the energy density and the rate performance of the nickel-hydrogen secondarybattery can be greatly improved, and the cycle lifetime of the nickel-hydrogen secondary battery can be greatly prolonged.