NOVELTY - Energy distribution method comprises: (i) applying at least an essential portion (not excessively and/or not completely) of renewable energy (30, 31) in the electric circuit (20) over wind power cells or solar cells, for the production of hydrogen; (ii) hydrogenating the hydrogen in at least a hydrogenation plant together with carbon dioxide produced from another power plant (81, 82) or an end position to produce at least a gaseous, combustible hydrocarbon; and (iii) applying the combustible hydrocarbon, preferably methane in a power plant for the formation of electrical current.    USE - The method deals with the energy distribution method.    ADVANTAGE - In the energy distribution method, a current or charge distributing electric circuit is stably operated. A long term persistent energy supply is possible with the method.    DETAILED DESCRIPTION - Energy distribution method, in which a current or charge distributing electric circuit (20) is stably operated, and a large number of charge point (21) is provided, comprises: (i) applying at least an essential portion (not excessively and/or not completely) of renewable energy (30, 31) in the electric circuit over wind power cells or solar cells, for the production of hydrogen; (ii) hydrogenating the hydrogen in at least a hydrogenation plant together with carbon dioxide produced from another power plant (81, 82) or an end position to produce at least a gaseous, combustible hydrocarbon; and (iii) applying the combustible hydrocarbon, preferably methane in a power plant for the formation of electrical current, where carbon is moved in a circuitry (100) under the supply of renewable energy and under the delivery of combustible hydrocarbon. An INDEPENDENT CLAIM is included for a process or a device for the distribution of electric current in a large-scale circuitry made of several outflow, several load and at least an outflow with a renewable energy, preferably an environmental dependent, strong fluctuating power input, where at least an essential portion of the renewable energy is supplied as a main portion of the fluctuating input and not to the extensive circuitry, but to a load, which produces a first, storable energy carrier, e.g. hydrogen, and the first storable energy carrier of a plant is supplied for the conversion of greenhouse gas into a combustible second energy carrier, which provides a base load-energy producer, preferably from a temporary storage.    DESCRIPTION OF DRAWING(S) - The figure shows the schematic representation of the energy distribution method (Drawing includes non-English language text).    Electric circuit (20)    Charge point (21)    Renewable energy (30, 31)    Power plant (81, 82)    Circuitry. (100)