Hydrogen vehicle capable of producing hydrogen by alcohol cracking

Abstract

The invention discloses a hydrogen vehicle capable of producing hydrogen by alcohol cracking, comprising a heating part, a control part, an alcohol gasifying and cracking part, a hydrogen engine and a synthesis part, wherein the heating part comprises a vehicle tail heating device and a special electric heater, and can instantly convert liquid methanol into gaseous methanol under the instruction of a vehicle starting control system; the control part monitors the rotation speed of the engine through an electric control unit and controls the emitted dose of the methanol in a cracker through the opening of a throttle valve; the alcohol gasifying and cracking part comprises a carburetor and the cracker, the gaseous methanol from the carburetor enters the cracker, and the hydrogen produced by cracking enters a cylinder of the hydrogen engine; and the synthesis part comprises a temperature controller, a throttle, an alcohol fuel tank, a cooling tank, a mixer, an air filter and the like. The hydrogen vehicle provided by the invention adopts the alcohol-cracking hydrogen producing technology, uses the methanol which is cheaper in renewable energy sources as the vehicle fuel, is economic and environment-friendly, and no longer depends on the traditional petroleum energy resources of gasoline or diesel oil.

Description

Technical field: [0001] The invention relates to a novel environment-friendly hydrogen energy vehicle, in particular to a hydrogen production vehicle by cracking alcohol. Background technique: [0002] At present, the fuel for automobiles is mainly gasoline and diesel, which are petroleum products. Due to the increasing depletion of petroleum resources, petroleum has become the target of competition by countries all over the world, and even the source of war. lifeline. Furthermore, the impact of automobile exhaust emissions on the ecological environment, especially the greenhouse effect caused by carbon dioxide emissions, has made frequent natural disasters increasingly threatening the safety of human life and property, and has caused huge damage to countries all over the world. Economic loss; therefore, the energy saving and emission reduction of automobiles has become the top priority of all countries in the world, and it is also an important issue facing human beings. ...

AI Technical Summary

Problems solved by technology

[0008] 2: It is difficult to start at low temperature;

[0010] 3: It is a problem of continuous driving distance;

[0012] 4: It is a high-pressure storage tank problem;

[0014] 5: It is hydrogen leakage problem;

[0016] 6: Greenhouse gas emissions and the destruction of the ozone layer;

The electric device is used when the car starts, and the engine device is used after reaching a certain speed. It is designed by taking advantage of the characteristics of high pollution emission when the car starts and low pollution emission when it reaches a certain speed, but it has disadvantages: high price, and its commercial The optimized price is difficult for users to accept

[0026] Others say that ethanol will become a new energy source for automobiles and is the best choice to replace petroleum energy. However, using ethanol gasoline is not a simple matter. The high cost also requires huge subsidies from the state, and gasoline and ethanol need special equipment for canning, which requires huge investment

Moreover, ethanol gasoline still has many disadvantages, such as the decline in power of the car, some parts are easily corroded, the cost of use is high, and the state has to implement subsidies for it for a long time, etc.

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