Super-efficient environment-friendly new-energy closed-cycle high-power rotary jet engine

Abstract

The invention relates to a super-efficient environment-friendly new-energy closed-cycle high-power rotary jet engine. According to the super-efficient environment-friendly new-energy closed-cycle high-power rotary jet engine, a closed loop is formed by a multi-section tubular combustor, a rotary jet machine, an electric compressor, a return pipe and the like, the electric compressor compresses outside air and reserved medium tail gas into high-pressure air, and conveys the high-pressure air into the multi-section tubular combustor, part of the high-pressure air and a fuel are subjected to precise equal-ratio combustion together to release heat, the rest of the air serves as a heat transfer medium to absorb heat and expand into a high-pressure air flow, the high-pressure air flow enters the rotary jet machine to enable the rotary jet machine to rotate, a rotary main shaft of the rotary jet machine outputs mechanical energy outwards, and the medium tail gas which comes out from the rotary jet machine returns to the electric compressor to participate in the next cycle. The super-efficient environment-friendly new-energy closed-cycle high-power rotary jet engine has the multiple characteristics of wide-power-range output, ultrahigh heat efficiency, high environmental protection, low manufacturing and use cost, safety, durability, high adaptability, low noise, small vibration and easiness in repair and maintenance, and thus becomes an ideal perfect engine wanted by human beings and a revolutionary of existing similar devices of internal combustion engines and fuel cells.

Description

technical field [0001] The invention belongs to external combustion engines and relates to the fields of external combustion engines, internal combustion engines, Stirling closed cycle engines and the like. Background technique [0002] As we all know, the rapid progress of human beings began after the industrial revolution. Since the beginning of the industrial revolution, human beings have been facing such a difficult problem for more than two centuries: how to convert the chemical energy in the fuel into human beings in a satisfactory way. And measures the conversion into mechanical energy? This kind of satisfactory way for human beings and corresponding power devices must have the following ideal standards at the same time: high environmental protection, ultra-high efficiency, low-cost manufacturing, low-cost use, wide range of applicable fuels, strong environmental adaptability, and safety, durability, and ease of use. Maintenance, easy maintenance, small vibration, lo...

AI Technical Summary

Problems solved by technology

In the process of pursuing such an ideal power mechanical device, human beings have successively developed engine power devices such as internal combustion engines and external engines, so as to realize the conversion of chemical energy in fuel into mechanical energy for further application. The above-mentioned ideal standards are far from each other. There are always more than one performance indicators of these existing power plants that are unsatisfactory, especially in the two key indicators of environmental protection and thermal efficiency. The dream of the ideal engine, the ultimate and best solution to realize the human power mechanism, and continue to strive for it in the exploration

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