NOVELTY - The method of producing electricity comprises controllably introducing sodium into water inside a sodium electric generator, supporting systems and a pressure tank, making sodium from sodium chloride, making shells to be filled with sodium to make sodium pellets and/or covering the sodium with a non reacting, reusable and protective coating, creating heat and gas pressure using the sodium pellets in the sodium electric generator to move water, which lifts and lowers magnets, and producing electricity using thermal electric generators.    USE - The method is useful for producing electricity.    ADVANTAGE - The method allows to stockpile a large amount of sodium with an indefinite shelf life thus avoiding expense energy storage systems and devices used to convert other types of stored energy into heat and electricity.    DETAILED DESCRIPTION - The method of producing electricity comprises controllably introducing sodium into water inside a sodium electric generator, supporting systems and a pressure tank, making sodium from sodium chloride, making shells to be filled with sodium to make sodium pellets and/or covering the sodium with a non reacting, reusable and protective coating, creating heat and gas pressure using the sodium pellets in the sodium electric generator to move water, which lifts and lowers magnets, producing electricity using thermal electric generators, recovering and separating the discharged materials from the sodium electric generator, and reusing the discharged materials from the sodium electric generator. INDEPENDENT CLAIMS are included for:    (1) a sodium electric generator;    (2) a shell;    (3) a sodium pellet;    (4) a method of making a sodium pellet;    (5) a storage container;    (6) a separator;    (7) a solar separator;    (8) a shell separator;    (9) a solar evaporator;    (10) a method of recovering the discharged materials from the sodium electric generator;    (11) a method to reuse of shell    (12) a method of using the sodium hydroxide from the sodium electric generator and chlorine from the electrolysis of sodium chloride to form sodium chloride;    (13) a method of recovering a reformed sodium chloride to be reused;    (14) a method of using light to supply heat to melt; and    (15) a method of using heat energy to supply electricity to increase efficiency of the sodium chloride electrolysis device.