TECHNOLOGY FOCUS - ORGANIC CHEMISTRY - Preferred Hydrocarbon Fuel: The hydrocarbon fuel is natural gas, coal gas, propane, naptha, gasoline, diesel fuel, methanol and biogas.    TECHNOLOGY FOCUS - MECHANICAL ENGINEERING - Preferred Components: The energy supply station further has a storage element (322) provided in fluid circuit with the separation stage for storing the hydrogen before being dispersed, a fuel treatment element for pre-treating the fuel before introducing to the chemical converters and vaporizer(s) such as steam boiler or heat recovery system generator for heating and vaporizing a liquid reforming agent before introducing to the chemical converters.The energy supply station further has a mixer in fluid circuit with vaporizer and adapted to receive vaporized reforming agent and fuel, and mixer is provided for evaporating fuel and for mixing the reforming agent with the fuel.The energy supply station further has evaporator(s) for heating and evaporating fuel before introducing to chemical converters, a secondary heating stage provided between vaporizer and mixer for heating the reforming agent before introducing to the mixer and an unit for supplying reforming agent such as air, water and steam to the chemical converter for converting fuel into hydrogen and carbon monoxide obtained as intermediate reaction products.The chemical converter is a reformer and output medium contains hydrogen, water, and carbon dioxide and separation stage separates hydrogen, water and/or carbon dioxide in output medium and the vehicle interface is adapted to deliver hydrogen to vehicle.The energy supply station further has a treatment stage such as de-ionizer or vaporizer for treating the reforming agent before introducing to the reformer and de-ionizer processes the reforming agent with one of a de-ionizing resin and reverse osmosis.The chemical converter is fuel cell which produces electricity and vehicle interface is adapted to exchange electricity between the vehicle and the station.The fuel cell is solid oxide fuel cell, molten carbonate fuel cell, phosphoric acid fuel cell, alkaline fuel cell and proton exchange membrane fuel cell.The energy supply station further has a generator such as fuel cell, gas turbine, internal combustion engine and sterling engine assembly for producing electricity, and generator is selectively coupled to the vehicle interface for delivering the electricity to the vehicle.The fuel cell is provided to receive the hydrogen output of the reformer for electrochemically converting the hydrogen in presence of an oxidant into electric energy.The energy supply station further has an inverter for inverting direct current electricity generated by chemical converter into alternating current, a desulfurization unit for removing sulfur from fuel or output medium, and low and/or high temperature shift reactor for converting carbon monoxide and steam within the output medium into carbon dioxide and hydrogen.The energy supply station further has a hydrogen processor such as mechanical processor and electrochemical processor for processing hydrogen present in an output medium and the electrochemical processor has phosphoric acid, alkaline and proton exchange membrane device.The separating stage has an unit for condensing steam present in the output medium and the separation stage isolates hydrogen from output medium by physical absorption, adsorption, low temperature distillation, high pressure liquefaction, membrane, enzyme and molecular sieve separation of carbon dioxide. The separation stage has unit for forming a liquid or solid hydrogen compound to isolate a hydrogen, an unit for cooling the output medium of the chemical converter to separate the hydrogen, an unit for pressurizing output medium of the chemical converter to separate hydrogen and an unit for membrane filtering output medium of chemical converter to separate hydrogen.The hydrogen is stored in compressed gas state, solid state, aqueous state and refrigerated state.The hydrogen is stored in aqueous state by using compounds such as sodium borohydrate, potassium borohydrate and lithium borohydrate which release hydrogen in presence of selected catalyst.The ratio of the co-production of electrical energy to hydrogen energy is 2:1.