NOVELTY - Specialized battery produced by a process comprising: providing a base membrane having a first and second face, where the base membrane pores have an inner wall; coating the inner pore walls of the base membrane with a defined pore coating; attaching or depositing a first electrode to the first face of physicochemically active membrane (PAM); and attaching or depositing a second electrode to the second face of the PAM, where the first electrode completely covers the first face of the membrane to form a first seal, is claimed.    USE - The specialized battery is useful in electric vehicles.    ADVANTAGE - The specialized battery: provides adjustability of the ionic conductivity of the membrane, thus allowing to create customized membranes and batteries specifically tailored for a particular application; provides high safety; and eliminates problems associated with polarization because ion diffusion over a thin polymer layer rapidly equalizes ion concentration gradients.    DETAILED DESCRIPTION - Specialized battery produced by a process comprising: providing a base membrane having a first and second face, where the base membrane has many pores running the thickness of the base membrane between the first and second faces, the base membrane is constructed of specialized materials including group of ion conducting materials consisting of metal oxides, specialized plastics and/or silicate glasses, and the base membrane pores have an inner wall; coating the inner pore walls of the base membrane with a defined pore coating, where the defined pore coating is salts, anions and/or cations, producing a first physicochemically active membrane (PAM) separator/electrolyte, and further the defined pore coating has a thickness of less than half of the pore diameter of the base membrane; attaching or depositing a first electrode to the first face of the PAM; and attaching or depositing a second electrode to the second face of the PAM, where the first electrode completely covers the first face of the membrane to form a first seal, the second electrode completely covers the second face of the membrane to form a second seal, the base membrane pores have diameters of 2-150 nm, the electrodes seal-off the pores from the ambient environment, and further the pores are not otherwise filled, is claimed. An INDEPENDENT CLAIM is also included for a specialized battery (A) comprising a first electrode, a second electrode, and a physicochemically active membrane (PAM) separator/electrolyte, where (i) the PAM has first and second faces, (ii) the PAM has many pores running the PAM between the first and second faces, (iii) PAM is constructed of specialized materials including group of ion conducting materials consisting of metal oxides, specialized plastics and/or silicate glasses, (iv) the pores have an inner wall, (v) the inner pore walls of the PAM have a defined coating, (vi) the defined pore coating is of salts, anions and cations, (vii) the defined pore coating has a thickness of less than half of the pore diameter of the base membrane, (viii) further the pores are not otherwise filled, (ix) the first electrode completely covers, and is in ionic communication with, all the pores of the first face of the PAM, (x) the second electrode completely covers, and is in ionic communication with, all the pores of the second face of the membrane, and (xi) the PAM pores have diameters of 2-150 nm.    DESCRIPTION OF DRAWING(S) - The figure shows a schematic view of the monolithic membrane comprising a flat thin film, a high density of ordered and cylindrical channels directed from a top to a bottom surface, and interior channel walls chemically activated for interaction with ions.