Heat pipe-thermocouple generating set of solar cooker/lens/honeycomb heat source

A power generation device and thermocouple technology, applied in solar thermal devices, solar thermal power generation, heating devices, etc., can solve the problems of abnormal power supply of batteries, insufficient power, high price, etc., and achieve pollution-free social and economic benefits, low price, Easy installation and maintenance

Inactive Publication Date: 2010-06-16
上海徕普太阳能科技有限责任公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0002] The main promotion on the market is solar photovoltaic panel lamps. The main problem is the high price. Due to the instability of sunlight, there is a shortcoming of insufficient power in use. Serious defect that the battery cannot supply power normally

Method used

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  • Heat pipe-thermocouple generating set of solar cooker/lens/honeycomb heat source
  • Heat pipe-thermocouple generating set of solar cooker/lens/honeycomb heat source
  • Heat pipe-thermocouple generating set of solar cooker/lens/honeycomb heat source

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0084] exist figure 1Middle: (00) solar reflector device: (A) solar reflector, (A1-0) inner wall of solar reflector, (A1-1) outer wall of solar reflector, (A1-2) vertical angle adjuster , (A1-4) connection bracket, (L) electric heating film, (L1) electric heating film sensor, (L2) (L3) electric heating film power line, (K) nano-coating (A1-3) connecting shaft; (01) photosensitive Automatic tracking device: (C) horizontal angle adjuster device, (C1) motor, (C2) belt ring, (C3) rotating shaft seat, (C4) base, (C5) connecting nozzle, (F) photosensitive element, (F1 -0) Photosensitive tracking circuit, (F1-1) photosensitive signal transmission line, (F1-2) photosensitive circuit power line; (02) thermocouple power generation device: (TE1) thermocouple element, (TE1-1) thermocouple output source Wires, (D) low temperature cover, (D1) low temperature cover frame, (E1) thermocouple low temperature cold source grid, (B) ceramic heat collector, (B1) superconducting liquid heat collect...

Embodiment 2

[0092] exist figure 2 Middle: (03) solar cooker type single thermocouple power generation device: consisting of (00) sunlight reflector device: (01) photosensitive automatic tracking device: (02) thermocouple power generation device;

[0093] (04) Solar cooker type air source dual thermocouple power generation device: (B1) superconducting liquid heat collector, (B1-1) (B1-4) connecting nozzle of superconducting liquid heat collector, (B1-2) ( B1-5) Connecting hose, (B1-3) (B1-6) Connecting nozzle of heat storage source box, (H) Heat storage source box, (H0) Liquid injection plug, (Q0) Superconducting liquid, (TE2) Thermoelectric Couple, (TE2-1) thermocouple output source wire, (CF2) charge and discharge controller, (TE2-2) input power line, (DC) battery, (DC-1) load power socket, (E2) thermocouple Low temperature cold source grid;

[0094] In the figure: (03) solar cooker type single thermocouple power generation device: including (00) sunlight reflector device connected to...

Embodiment 3

[0100] exist image 3 Middle: (05) Solar cooker type ground source double thermocouple power generation device: (H) heat storage source box, (TE2) thermocouple, (RG1) heat pipe, (RG1-1) condensation section, (RG1-2) insulation section, (RG1-3) evaporation section, in (RG1) heat pipe, (J1) insulation material, (J) insulation cover, (Z1) ground (Z2) underground, (TE3) thermocouple, (TE3-1) thermocouple output source Wires, (CF3) charge and discharge controller, (TE3-2) input power line, (DC) storage battery, (DC-1) load power socket.

[0101] In the figure: one side of the (H) heat storage source box is connected to the (TE2) thermocouple, and the other side of the (TE2) thermocouple is connected to the (RG1-1) condensation section of the (RG1) heat pipe, (RG1- 2) Insulation section, (RG1-3) evaporation section, (RG1) heat pipe is connected with (J) heat preservation cover with (J1) insulation material outside; (RG1) heat pipe connection (RG1-3) evaporation section is inserted ...

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PUM

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Abstract

The invention provides a heat pipe-thermocouple generating set of a solar cooker / a lens / a honeycomb heat source. The generating set comprises a sunlight reflecting cap, a light-sensitive automatic tracking device, a heat pipe, a thermocouple element, the lens, an optical fiber, a superconductive liquid heat collector, a metal honeycomb efficient heat collector, a heat source storage box, an infrared remote sensor, a storage battery and the like. A thermocouple is connected by a permanently existing temperature difference effect between a high temperature formed by the sunlight through the solar stove or the lens or the metal honeycomb efficient heat collector and a relatively low temperature of the air to perform thermo-electric generation; and the generated electricity is supplied to outdoor LED lamps such as street lamps, lawn lamps, garden lamps and signal lamps, and indoor lamps. The generating set makes use of an energy source which is not developed in the planet, solves the problem which is not solved in the past few decades, and has one fourth of the price of that of a solar panel and social and economic benefits of energy conservation and pollution free; the generating set has the characteristics of low cost, rapid popularization and application and capacity of preventing ecological problems and developing reproducible energy sources; and once the market of the generating set is opened, the impact on the world is immeasurable.

Description

technical field [0001] LED lamps with thermocouple temperature difference power generation. Background technique: [0002] The main promotion on the market is solar photovoltaic panel lamps. The main problem is the high price. Due to the instability of sunlight, there is a shortcoming of insufficient power in use. A serious defect that the battery cannot supply power normally. Invention content: [0003] Now the novel device of "heat pipe / semiconductor thermoelectric power generation" is attracting the attention of the world. We can use the high temperature formed by solar cookers or lenses or metal honeycomb high-efficiency collectors to form an ever-existing temperature difference effect with the air relative to the low temperature to connect thermocouples for thermoelectric power generation and provide them to outdoor LED lamps, such as street lamps and lawns. The application of lamps, hall lights, signal lights and indoor lights is the largest untapped energy source ...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): H02N11/00F24J2/07F24J2/08F24J2/38F24S20/20F24S23/30F24S50/20
CPCY02E10/41Y02E10/47
Inventor 陈绍勇
Owner 上海徕普太阳能科技有限责任公司
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