NOVELTY - The rapidly rechargeable battery comprises an electrolyte (6), gas adsorbing electrodes (2, 4), a permselective membrane, separate electrode compartments, a gas tight battery vessel (8), battery cells, and battery terminals. The gas adsorbing electrodes are immersed in the electrolyte. Each electrode has a specific surface area of greater than 500 m2/g. The gases are adsorbed on the electrodes during a charging process. The permselective membrane is disposed around each electrode, and is impermeable to the gases adsorbed on the electrodes.    USE - The rapidly rechargeable battery such as a gas battery is useful for automotive applications such as vehicles.    ADVANTAGE - The cost-effective battery exhibits rapid charging and deep discharging properties, compact size, light weight, high charging current, and long shelf life.    DETAILED DESCRIPTION - The rapidly rechargeable battery comprises an electrolyte (6), gas adsorbing electrodes (2, 4), a permselective membrane, separate electrode compartments, a gas tight battery vessel (8), battery cells, and battery terminals. The gas adsorbing electrodes are immersed in the electrolyte. Each electrode has a specific surface area of greater than 500 m2/g. The gases are adsorbed on the electrodes during a charging process. The permselective membrane is disposed around each electrode, and is impermeable to the gases adsorbed on the electrodes. The separate electrode compartments are configured for each electrode. The electrolyte in each electrode compartment has a different chemical composition. The electrolyte includes a solution of chemical compounds, which form positive and negative ions. The ions include simple ions or complex ions, and form gases on the electrodes via electrolysis process during the charging process. Each of the electrodes includes an electrically conductive component to enable redox reactions at the electrodes. Each electrode includes a same material or different materials. The electrodes have a cylindrical geometry, a planar geometry, a spherical geometry, and varied geometries, and a parallel configuration and a concentric configuration. The electrodes are constructed of materials including gas adsorbing nano-materials. The gases formed during the charging process are selected to be effectively adsorbed on the electrodes and desorbed from the electrodes during a discharging process. The battery is charged with high current to reduce charging time without irreversible damage, is deeply discharged at high or low current without the irreversible damage, and is kept in dry, charged and discharged conditions for a long period of time. Each electrode compartment is filled with a different electrolyte. The battery cells utilize chemical energy of gases, comprise the electrolyte and the gas adsorbing, high surface area electrodes, and are electrically connected with each other in a combination of series and parallel. The battery terminals are electrically connected to the battery cells. Each electrode adsorbs 50 cm3/g of a working gas during the charging process. The electrolyte includes organic and inorganic components. The electrolyte is contained in the gas-tight vessel. The battery uses chemical energy of gases. An INDEPENDENT CLAIM is included for a method for fabricating a battery.    DESCRIPTION OF DRAWING(S) - The figure shows a schematic view of a gas battery.    Electrodes (2, 4)    Electrolyte (6)    Gas tight vessel (8)    Gas tight fittings. (10)