NOVELTY - The energy supply process for harmonization of the seasonal and meteorological influences of regenerative energy with human consumption patterns from energy grid (20), comprises injecting a regeneratively generated energy (30, 31) over wind power/solar cells into the grid, where substantial portions of the energy are used for the generation of hydrogen (40), hydrating hydrogen in hydration plant together with carbon dioxide from other power plants (81, 82)/in final storage facility to produce gaseous, combustible hydrocarbon, and utilizing the combustible hydrocarbon again in the power plant.    USE - Energy supply process for harmonization of the seasonal and meteorological influences of regenerative energy with human consumption patterns from energy grid by intermediate storage and use of carbon dioxide recovery.    ADVANTAGE - The energy supply process ensures economical harmonization of the seasonal and meteorological influences of regenerative energy in efficient and simple manner.    DETAILED DESCRIPTION - The energy supply process for harmonization of the seasonal and meteorological influences of regenerative energy with human consumption patterns from energy grid (20) by intermediate storage and use of carbon dioxide recovery, comprises injecting a regeneratively generated energy (30, 31) over wind power or solar cells not entirely into the grid, where a current or charge of the grid is operated in stable manner to feed electrical consumers (21) and substantial portions of the regeneratively generated energy are used for the generation of hydrogen (40), hydrating hydrogen in a hydration plant together with carbon dioxide from other power plants (81, 82) or in a final storage facility to produce a gaseous, combustible hydrocarbon, and utilizing the combustible hydrocarbon again in the power plant to produce electrical current. The carbon is moved in a cycle under supply of regeneratively generated energy and deliver of combustible hydrocarbon. The combustible hydrocarbon is liquefied to temporarily store the hydrocarbon before it is used in the power plant. The stable operation of the grid is carried out in persistent manner. A grid regulator controls the frequency of the electric grid through load distribution. The regeneratively generated energy is fed in essential portion in a separated second grid or pipeline, which feeds an electrolysis station that produces hydrogen. A portion of the regeneratively generated energy is injected in the electric grid after positioning controls, which are coupled to one another and control the intensity of the electrolysis. The controller increases or reduces the storage quantity, which is temporarily stored in one of the storage for hydrogen or combustible hydrocarbon. The hydration is carried out in the hydration plant and modified according to Fischer-Tropsch process. The current extracted with regeneratively generated energy is transferred to regeneratively generated hydrogen as first storable energy source. The regeneratively generated energy serves for the maintenance of the hydration process by which a liquid or liquefied hydrocarbon emerges. The regenerative energy completely withholds the first grid as stream or as electric output and is led to the second grid. The process is modified so that the carbon dioxide is activated through the supplied energy. INDEPENDENT CLAIMS are included for:    (1) plant for distribution of electric current in a grid; and    (2) procedure for distribution of electric current in a grid.    DESCRIPTION OF DRAWING(S) - The figure shows energy supply process (Drawing includes non-English language text).    Grid (20)    Electrical consumers (21)    Regeneratively generated energy (30, 31)    Hydrogen (40)    Power plant. (81, 82)