NOVELTY - A porous carbon material (1), conductive additive (2), polymer binder (3) and process liquid (4) are mixed (5), particles are extracted from obtained mixture, and resultant particles are passed through two rolls, to obtain strip of carbon-polymer material. The obtained strip is cut (9) into samples, obtained string of samples is fed into a continuous press until single strip-shaped semi-product is formed. The obtained product is calendered (12), dried (13), and resultant product is subjected to final calendering process (14), to obtain carbon electrode with required properties.    USE - Manufacture of carbon electrode used for electric energy storage device for vehicle and stationary energy storage system (all claimed). Uses include but are not limited to voltaic cell, ultra-capacitor, double layer capacitor, hybrid energy storage device, electrochemical capacitor and electrical double-layer capacitor.    ADVANTAGE - The method enables economical manufacture of carbon electrode having thickness of more than 1000 microns and excellent electroconductivity, and provides excellent adhesiveness between active electrode material and current collector by using electroconductive adhesive.    DETAILED DESCRIPTION - A porous carbon material, conductive additive, polymer binder and process liquid are uniformly mixed, particles are extracted from the obtained mixture, and the resultant particles are passed through two rolls, to obtain strip of carbon-polymer material. The obtained strip is cut into samples of predetermined shape, the obtained samples are laid (10) one on another in a continuous multilayer string with partial overlapping in a state in which contact area between adjacent samples is constant and is in predetermined range. The obtained string of samples is fed into a continuous press at specified angle towards initial direction until single strip-shaped semi-product is formed. The obtained semi-product is calendered, the calendered semi-product is dried to remove portion(s) of process liquid, and resultant product is subjected to final calendering process, to obtain carbon electrode with required properties. INDEPENDENT CLAIMS are included for the following:    (1) carbon electrode; and    (2) electric energy storage device.    DESCRIPTION OF DRAWING(S) - The drawing shows a flowchart explaining manufacture of carbon electrode.    Porous carbon material (1)    Conductive additive (2)    Polymer binder (3)    Process liquid (4)    Mixing process (5)    Cutting process (9)    Laying process (10)    Calendering process (12,14)    Drying process (13)