NOVELTY - The method comprises utilizing nanotechnology process for enabling production of an electric current flow from electric batteries, where the nanotechnology process enables a production of nano-particles from different materials and components, and the nano-particles have good electrical conductivity and high flow of electrons, and transforming some of battery components and materials to the nano-particles to increase the flow of electrons between the battery components and the materials compared to the flow of the electrons before changing the battery components.    USE - The method is useful for producing an electric current flow from electrical batteries such as dry batteries and liquid type batteries that are useful in electrical consumers devices, vehicles such as electric vehicles, hybrid vehicles, air and sea transportation devices, building and houses (all claimed).    ADVANTAGE - The method is capable of enabling higher production and output of the electrical energy from the electric batteries, enabling a longer time of continual operation of the electrical devices, and providing smaller and light-weight batteries for improving electric vehicle operational abilities and electric devices and system operation abilities.    DETAILED DESCRIPTION - The method comprises utilizing nanotechnology process for enabling production of an electric current flow from electric batteries, where the nanotechnology process enables a production of nano-particles from different materials and components, and the nano-particles have good electrical conductivity and high flow of electrons, and transforming some of battery components and materials to the nano-particles to increase the flow of electrons between the battery components and the materials compared to the flow of the electrons before changing the battery components, to increase conductivity between the battery components and the materials and to increase absorption or release of electrons between the battery components and the materials, where the batteries comprise an acid, an ionic liquid, components and materials that embody an anode acting as a positive pole, a cathode acting as a negative pole, and components and materials that influence and enable the flow of electrons between the batteries components and the materials. The nanotechnology process is a top-down method in which a force is activated upon some material for crushing material particles to a nanometers size, and a bottom-up method in which a wet chemical synthesis is activated upon some compounds under certain conditions including temperature, pressure and time period and by the chemical reaction and the relevant conditions to change the compounds particles size to a nanometers size. The electric batteries with the nano-particles are connected to each other to form a group of batteries for enabling a longer period of continual production of electricity flow or a higher electricity power, where the group of electric batteries is connected and operated by a system that operates some of the group batteries, and is unable to produce electric current when other batteries are disconnected by the system. The electric batteries have implementations fitted to electrical consumer devices and system that uses small size batteries (1.5-24 V) and electricity of 24-230 V and from 230 V to a higher volt consumption. The batteries are connected to a converter that converts the batteries electricity to 110-230 V for houses and buildings needs. An INDEPENDENT CLAIM is included for electric batteries.    DESCRIPTION OF DRAWING(S) - The figure shows a flowchart of a method for producing an electric current flow from electrical batteries.