Alcohol-hydrogen-electricity hybrid power system and application thereof

Abstract

The invention relates to an alcohol-hydrogen-electricity hybrid power system and an application thereof. The alcohol-hydrogen-electricity hybrid power system is a device for thermally cracking alcohol into hydrogen to propel an engine, wherein the specific structure is that a thermal cracking device is installed in a tail gas tube of the engine, a raw material box is internally filled with the water mixed solution of alcohol, the water mixed solution of alcohol is conveyed into the thermal cracking device through a conveying pump, alcohol is cracked into hydrogen by the thermal cracking device, hydrogen enters the engine via an outlet of the thermal cracking device and is combusted to propel a cylinder to work, an output power drives a power generator to generate power, the electric energy generated by the power generator is stored in a storage battery by a central controller, then the central controller controls to provide the electric energy to the needed motor, and the motor propels a vehicle to run or propels a power machine to work. The system disclosed by the invention is convenient to operate, high in intelligent degree, and capable of improving solar power and ensuring the long-time stable working of the device. The system can be installed on an automobile, and can also be installed on an alcohol-hydrogen power generation station or a hydrogen-rich gas filling station; and the present waste gas pollution of coal and petroleum power generation, and gasoline vehicles is reduced.

Description

technical field [0001] The invention relates to a hybrid power system, in particular to an alcohol-hydrogen-electric hybrid power system, which is suitable for electric vehicles, thermal power stations, solar hybrid power stations, storage battery charging piles and other small power stations that need to supplement electric energy. Background technique [0002] With the development of science and technology and economy, people's living standards have been greatly improved, and extraordinary developments have taken place in electricity and transportation. In terms of transportation, due to the increasing dependence on cars, this convenient car Behind the life is a large amount of energy consumption and increasingly serious environmental pollution at the expense of ever-decreasing oil resources and rising oil prices have posed obstacles to the development of the automotive industry. In order to get rid of this predicament, it is of great practical significance to find a metho...

AI Technical Summary

Problems solved by technology

[0004] Compared with traditional fuel vehicles, the environmental pollution caused by hybrid vehicles has been greatly reduced, but the problem has not been completely solved

Pure electric vehicles are generally considered to be green and environmentally friendly vehicles that can solve the problems of oil depletion and vehicle exhaust pollution at the same time, but pure electric vehicles powered by batteries have several obvious deficiencies: (1) The charging time of batteries is too long, which seriously affects The convenience of vehicle use; (2) The mileage is not long, which restricts the scope of application of the vehicle. Currently, pure electric vehicles can only be used for short-distance transportation, which is far behind traditional vehicles; (3) The power of the vehicle Difficult to guarantee, especially when the battery power of the vehicle is low, its climbing performance and maximum speed will be greatly affected

[0010] The above-mentioned publicly reported hybrid power systems are not perfect, and some are still in the experimental stage, so it is not easy to promote them.

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