Gas power device

Abstract

The invention provides a gas power device. The structure of the gas power device comprises a combustor, an ejector, a turbine machine, a supercharger and a controller. When fuels combust supported by air in the combustor, high-temperature and high-pressure gases are generated to start the ejector; ejection pushes the turbine machine to perform mechanical work externally; the controller controls the combustor and the ejector. The combustor is in a round-piping shape and arranged vertically. The structure of the combustor comprises an air inlet, one check valve, a natural gas inlet, another check valve, a combustion chamber and an igniter. The ejector is composed of two parts of pipe section of a vertical part and a horizontal part. The structure of the ejector comprises a water inlet, a triple valve, a water injection pipe and a water injection nozzle. The turbine machine is an impact-type water funnel hydroturbine. The structure of the supercharger comprises a steam inlet, a steam pipe and a triple valve body. High-pressure water vapor enters the steam pipe through the steam inlet. When the triple valve body is communicated with the steam pipe, the high-pressure water vapor in the steam pipe flows into the water injection pipe immediately and pushes water flow reversely; the gases are supercharged; the combustion efficiency is improved.

Description

technical field [0001] The invention relates to energy technology, in particular to a gas power device. Background technique [0002] The primary energy is mainly gaseous fuel, supplemented by renewable energy, and all available resources are used; the secondary energy is mainly distributed in the heat, power and cooling cogeneration at the user end, supplemented by other central energy supply systems, so as to directly meet the needs of users. Energy cascade utilization for various needs, and provide support and supplementation through the central energy supply system; in terms of environmental protection, part of the pollution will be dispersed and resourced, and strive to achieve the goal of moderate emissions. [0003] Distributed energy is an energy supply method built on the user side, which can be operated independently or connected to the grid. It is a system that determines the mode and capacity of resources and environmental benefits by maximizing the user's variou...

AI Technical Summary

Problems solved by technology

[0024] (7) Investment risk

But at present, there are several factors affecting the development of distributed energy. One of the important factors is that the initial investment in building distributed energy is very large, especially the high price of power devices, which discourages many people.

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