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Heating head heat exchanger of solar Stirling engine

A Stirling engine and heating head technology, which is applied in the direction of using solar energy to generate mechanical power, machines/engines, and hot gas variable capacity engine devices, can solve the problems of high casting cost, high overall cost, low qualification rate, etc. The effect of improving the quality and accuracy of the elbow, increasing the pass rate and cost share, and improving the product pass rate

Inactive Publication Date: 2015-01-07
DALIAN GREAT OCEAN NEW ENERGY DEV
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

It is used to solve the existing problems in the prior art: 1. Too many reheating chambers for the heat exchanger, high casting cost and low qualified rate; The tube structure is complicated, and the unit cost is high; 3. There are too many other parts of the engine such as the supporting regenerator and cooler, the cylinder block structure is complicated, and the overall cost is too high, etc.

Method used

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  • Heating head heat exchanger of solar Stirling engine
  • Heating head heat exchanger of solar Stirling engine
  • Heating head heat exchanger of solar Stirling engine

Examples

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Embodiment Construction

[0034] The specific embodiment of the present invention is as shown in the accompanying drawings, a solar Stirling engine heating head heat exchanger; it is characterized in that the solar Stirling engine heating head heat exchanger is composed of four groups of heating head assembly circular arrays; heating The head assembly includes a piston cavity 1, a heat recovery cavity 2, a heating pipe 3, and a temperature sensor 4; the piston cavity and the heat recovery cavity 2 are installed on the engine, and the piston cavity and the heat recovery cavity 2 are installed on the The relative phase angle at the body installation position is 90°; N heating tubes 3 are installed between each pair of piston chambers and the regenerating chamber 2, forming a sun light receiving curved surface composed of N heating tubes 3 arranged and combined; A plurality of temperature sensors 4 are respectively installed in the piston chamber and the heating tube 3 .

[0035] The lower part of the pis...

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Abstract

The invention provides a heating head heat exchanger of a solar Stirling engine and relates to a transduction component applied to a solar optothermal Stirling engine. The heating head heat exchanger is characterized by being composed of four heating head assemblies arranged in circular array, wherein the heating head assembly comprises a piston cavity, a back heating cavity, heating tubes and temperature sensors; each piston cavity and each back heating cavity are mounted on the engine by a relative phase angle of 90 degrees; N heating tubes are mounted between the piston cavity and the back heating cavity of each pair so that a solar light receiving curved surface formed by use of the N heating tubes arranged together can be formed; a plurality of temperature sensors are arranged in each piston cavity and on the heating tubes, respectively. The heating head heat exchanger of the solar Stirling engine has the characteristics of novel and simple structure, simple and convenient manufacturing, reduction of manufacturing difficulty, increase of yield, reduction of manufacturing cost and the like, and is a novel heating head heat exchanger integrated with economic efficiency and practicability.

Description

technical field [0001] The heating head heat exchanger of a solar Stirling engine according to the invention relates to an energy conversion component applied to a solar photothermal Stirling engine. Background technique [0002] The Stirling engine is a closed-cycle external combustion engine that is heated by external energy. It has the characteristics of a wide range of energy use, high conversion efficiency, stable operation, low or no pollution, and is the core technology and equipment for the development of green new energy. . In the development and utilization of solar energy and heat, the Stirling engine uses the high-temperature light and heat source generated by the large-scale butterfly-type spotlight tracking device to work, and converts it into mechanical energy to drive the generator through engine heat exchanger components, heat recovery and cooling energy conversion components, and piston mechanism Work. Stirling solar thermal power system has no combustion...

Claims

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Application Information

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IPC IPC(8): F02G1/055
CPCF02G1/055F03G6/068
Inventor 王振声阿古达木
Owner DALIAN GREAT OCEAN NEW ENERGY DEV
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