NOVELTY - The hydrogen electric hybrid vehicle comprises a vehicle chassis (I), a vehicle shell, a steering wheel, a wheel (IV), a brake, a motor, an electric motor (II), a vehicle storage battery group (III), a fuel tank, and a control circuit (66). The control circuit is connected with each control valve that comprises hydrogen of hybrid electric vehicle provided with a hydrogen engine (31). The vehicle storage battery group of output wire with a direct current motor to drive an alternating current motor (32) for discharging the gas pipe and alcohol cracking hydrogen generator.    USE - The hydrogen electric hybrid vehicle is useful as motorcycle, ships, boats, aircraft, fire thermal power plant, green building, solar energy, wind energy, biomass, straw, biogas, waste power plants and off-grid power generation.    ADVANTAGE - The hydrogen electric hybrid vehicle can be simply and economically manufactured, is safe and convenient to store, transport and supply of liquid alcohol, and has improved combustion and thermal efficiency and long life cycle.    DETAILED DESCRIPTION - The hydrogen electric hybrid vehicle comprises a vehicle chassis (I), a vehicle shell, a steering wheel, a wheel (IV), a brake, a motor, an electric motor (II), a vehicle storage battery group (III), a fuel tank, and a control circuit (66). The control circuit is connected with each control valve that comprises hydrogen of hybrid electric vehicle provided with a hydrogen engine (31). The vehicle storage battery group of output wire with a direct current motor to drive an alternating current motor (32) for discharging the gas pipe and alcohol cracking hydrogen generator to generate electricity. The cold starting electric heater alcohol cracking hydrogen generator provides/outputs energy and electric power connected by the exhaust shunt valve that is connected with a silencer tail pipe. The cracking hydrogen generator of a hydrogen output pipe is connected with a hydrogen nozzle of hydrogen engine end, and the alcohol cracking hydrogen generator of an input pipe is connected with an alcohol storage tank or the computer electronic control unit and electronic controller obtained by sensor/thermocouple alcohol cracking hydrogen generator raising the temperature constant temperature. A calibration transmission signal by vehicle engine drives the alternating current motor for cooling the alcohol cracking hydrogen generator. The cracking hydrogen generator is externally connected with 220 V alternating current power supply as the alcohol cracking hydrogen generator under cooling state. The cold starting electric heater is an electromagnetic heater or infrared radiation heater, and has a power of 1.5-3 KW. The method for preparing ethanol cracking hydrogen generator installed cracking temperature is 2000C to -300 degrees C. The alcohol cracking hydrogen generator is outside the alcohol storage tank, hydrogen storage cylinder, input pipe, a hydrogen output pipe, a control valve, a hydrogen pump, pressure maintaining valve and control circuit. An input pipe is connected with alcohol storage tank. Other end is connected with alcohol cracking hydrogen generator. The hydrogen output pipe is connected with the alcohol cracking hydrogen generator, and is connected with the hydrogen engine of hydrogen nozzle and connected with a gas pressure maintaining valve. The hydrogen engine in the alcohol cracking hydrogen generator is divided into an air inlet pipe and exhaust shunt pipe. The exhaust flow pipe is equipped with an exhaust shunt valve equipped with exhaust passage joint the alcohol cracking hydrogen generator, a silencer tail pipe, an exhaust silencing hole, an exhaust noise eliminating pipe, through-hole clapboard, pipes, clapboards, a reaction chamber and a vaporization heat chamber. The reaction chamber and vaporization heat chamber through the connecting pipe, reaction chamber and vaporization heat chamber are installed with a starting electric heater. The reaction chamber and vaporization heat chamber are installed on the upper part temperature control thermoelectric couple, a hydrogen output pipe interface and alcohol fuel input pipe interface. The top cover flange of the reaction chamber is welded on the hydrogen output pipe joint of alcohol cracking hydrogen. The hydrogen output pipe joint and the hydrogen pump, hydrogen storage cylinder and the engine cylinder cover of nozzle are connected with the upper part of the mixer carburettor type engine air inlet pipe. The electronic instrument is connected with the reaction chamber filled with metal wire net and magnetic ring. The reaction chamber and a through-hole tube between the outer walls of the space are filled with alcohol cracking catalyst. The top part of the heat chamber is welded with alcohol fuel input pipe interface, alcohol fuel input pipe joint of the outer end of the alcohol storage tank and the input pipe. The overheat vaporizing chamber and the reaction chamber are made of copper, stainless steel or corrosion resistant cast iron material totally enclosed of its front and back upper panel uniformly distributed round-shaped through hole. The hydrogen engine is hydrogen production raw material that is alcohol, methanol, ethanol, water or mixed alcohol sulfur-free hydrocarbon, where a moisture content of alcohol-water is 1:0-1.17. The alcohol storage tank is provided with a bottom inserting pipe, an electromagnetic valve and a pipe composed of alcohol re-schizolysis return-flow system and hydrogen storage cylinder.    DESCRIPTION OF DRAWING(S) - The diagram shows a schematic view of a hydrogen electric hybrid vehicle (Drawing includes non-English language text).    Hydrogen engine (31)    Alternating current motor (32)    Control circuit (66)    Vehicle chassis (I)    Electric motor (II)    Storage battery group (III)    Wheel. (IV)