Composite energy power automobile with multiple power sources

Abstract

The invention relates to a composite energy power automobile with multiple power sources, which combines the existing mature and acknowledged electric energy of an accumulator and material energy. Thus, the composite energy power automobile provided by the invention can be continuously used in a range through route arrangement configuration, thereby achieving the purposes of activating the material energy and converting the material energy activated by the composite energy power automobile into a power source of new regenerated physical energy sources; the power source of the new regenerated physical energy sources can also be applied to meet the condition of applying the power source for driving the automobile to continuously run; the composite energy power automobile can not damage the properties of the accumulator in the operation; the total continuous running mileage capability of the reserved electric energy of the configured accumulator is stronger than the capability of a fuel automobile; and the composite energy power automobile can be flexibly used like the fuel automobile. Thus, the composite energy power automobile with multiple power sources has the advantages of simple structure, low manufacturing cost and good starting and accelerating properties, is easy to implement, and is safe, reliable and durable.

Description

technical field [0001] The invention relates to the field of automobile driving devices, in particular to a multi-power-source combined energy-powered automobile. [0002] Background technique [0003] In the past, fuel oil was often used as the main power source of automobiles, so a large amount of exhaust gas would be emitted, which would seriously endanger human health. Therefore, pure electric vehicles with fuel-saving and environmental protection functions are more and more popular among consumers. However, due to the cost of pure electric vehicles It is too high and the reserve mileage of one charge is poor, and the public facilities have not yet been perfected, so it is difficult to popularize. Therefore, it is proposed to develop hybrid new energy vehicles such as oil-electric, gas-electric, and liquid hydrogen. These vehicles are still not available for work. It will inevitably affect the natural air quality. Therefore, it is also proposed to develop hybrid new en...

AI Technical Summary

Problems solved by technology

[0003] In the past, fuel oil was often used as the main power source of automobiles, so a large amount of exhaust gas would be emitted, which would seriously endanger human health. Therefore, pure electric vehicles with fuel-saving and environmental protection functions are more and more popular among consumers. However, due to the cost of pure electric vehicles It is too high and the reserve mileage of one charge is poor, and the public facilities have not yet been perfected, so it is difficult to popularize. Therefore, it is proposed to develop hybrid new energy vehicles such as oil-electric, gas-electric, and liquid hydrogen. These vehicles are still not available for work. Avoid affecting natural air quality

Therefore, it is also proposed to develop hybrid new energy vehicles such as oil-electric, gas-electric, and liquid hydrogen. However, in the existing energy application technologies, although there are many types of carbon-free energy, water energy, wind energy, and solar energy can be applied. There are still many things that have not yet been utilized, such as object material energy, material function energy, internal inversion deformation energy, etc. However, because the automobile is a mobile application of energy storage on the vehicle, it is restricted by certain conditions, making it difficult to truly Realize "zero" emissions of pure clean energy vehicles

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