NOVELTY - An alkaline storage battery comprises paired electrodes of finely divided nickel metal and nickel peroxide cathode reactant and coating of iron anode-reactant, where electrodes are immersed in caustic electrolyte, the anode/cathode reactants are fixed on surfaces of steel circular disc plates forming electrodes, the anodic disc plates (1) are positioned on each side of cathode disc plate, anode/cathode disc plates have concentric holes (2), vertically positioned tubular duct is passes through holes, and electric pole fasteners are attached at upper end of tubular duct and steel cylinder.    USE - As an alkaline storage battery (claimed), used to process gaseous charged ionic emissions from a capacitor tuyere exhaust stream produced by an electrolytic diffusion fuel cell; and in electrical vehicle circuit design to reduce the heating anomaly occurring at the surface of the cathode electrode interface with the battery electrolyte during deep-cycle recharging.    ADVANTAGE - The alkaline storage battery provides unit of charging automobile batteries while the vehicle is in motion without excessive heating and ebullition at the cathode/electrolyte interface. In the battery, electron compaction and subsequent field compression are avoided by reversing the manner of charging the battery circuit.    DETAILED DESCRIPTION - An alkaline storage battery comprises paired electrodes of finely divided nickel (Ni) metal and nickel peroxide (NiO2) cathode reactant and coating of iron (Fe) anode-reactant, where both the electrodes are immersed in a caustic (KOH) electrolyte; the anode and cathode reactants are fixed on the surfaces of steel circular disc plates forming electrodes; the anodic disc plates (1) are positioned on each side of the cathode disc plate; the anode disc plates and cathode disc plates have concentric holes (2) around each disc center; vertically positioned tubular duct is passes through the holes; the cathode disc plate electrodes are fixedly attached to the duct, a steel cylinder encircling the anode and cathode disc plate electrodes and the duct, where the anode disc plate electrode is fixedly attached to the steel cylinder; and electric pole fasteners are attached at the upper end of the tubular duct and the steel cylinder for conducting current from the Ballast Battery, where the Ballast Battery is encased in a rubber container encasement.    DESCRIPTION OF DRAWING(S) - The figure shows a sectional view of the anode disc plate electrode.    Anodic disc plates (1)    Concentric holes (2)    Flange (3)