Mixed thermal force closed type heat extraction cycle heat engine and power generation device

Abstract

The invention discloses a mixed thermal force closed type heat extraction cycle heat engine and a power generation device, and relates to a multi-heat-source environment-friendly closed type heat extraction cycle heat engine which comprises a solar device, and the power generation device and belongs to the technical field of combined heat and power generation of solar. The mixed thermal force closed type heat extraction cycle heat engine consists of a double-heat-source heating assembly, a cycle heat engine assembly, a speed change and power generation assembly, an intelligent control system and accessories; the double-heat-source heating assembly comprises a barrel wall, a punching bottom plate, a heat preservation upper blanking plate, a heat energy reflector, a light condensation receiving port, an automatic light shading cover, an electromotor of the light shading cover, a metal upper cover plate, a metal lower cover plate, a porous metal fiber combustion head, a flame igniter, a combustor foundation, and a residual heat recovery pipe; and the cycle heat engine assembly consists of a working medium heating pipe group, an air chamber, cycle gas, a magnetic pole gas distribution piston, an electromagnetic gas distribution seat, a buffer sheet, a double-pole switch room, a piston cylinder, a power piston and a cooling working medium; and the speed change and power generation assembly consist of a conversion piece, a crank, a rocking bar, a gear, a transmission shaft, an engine base and a generator.

Description

technical field [0001] The invention relates to a hybrid thermodynamic closed-type heat recovery cycle heat engine power generation device, which relates to an environment-friendly closed heat recovery cycle heat engine power generation device using various heat sources including solar energy, and belongs to the technical field of solar heat and power cogeneration. Background technique [0002] At present, the solar photovoltaic industry is developing rapidly in all countries in the world. It can be seen that human beings are actively seeking new environmentally friendly energy sources that can replace conventional energy sources. Compared with clean energy such as wind energy, geothermal energy, and tidal energy, solar radiation energy has the advantages of abundant resources, strong developability, and mature technology. At present, there are two relatively mature forms of solar energy development and utilization: solar photovoltaic power generation (PV) and solar thermal...

AI Technical Summary

Problems solved by technology

However, there are many technical problems in the traditional closed heat recovery cycle heat engine: 1. The traditional closed heat recovery cycle heat engine generally uses a single heat source. Take solar energy as an example. Productivity, or even non-work

2. Most of the traditional closed heat recovery cycle heat engines use a mechanical transmission mechanism to drive the gas distribution piston to complete the heat engine cycle. The problem is that the actual working cycle deviates from the ideal cycle, the output power is difficult to control, and the problem of sealing activity under high temperature and high pressure is not easy to deal with , so that the efficiency of the closed heat recovery cycle heat engine is reduced, and the maintenance cost is increased

[0003] After searching, no documents and reports identical or similar to the present invention were found

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