CN201242291Y - Solar heat collection type thermal energy conversion apparatus - Google Patents
Solar heat collection type thermal energy conversion apparatus Download PDFInfo
- Publication number
- CN201242291Y CN201242291Y CNU2008200245121U CN200820024512U CN201242291Y CN 201242291 Y CN201242291 Y CN 201242291Y CN U2008200245121 U CNU2008200245121 U CN U2008200245121U CN 200820024512 U CN200820024512 U CN 200820024512U CN 201242291 Y CN201242291 Y CN 201242291Y
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- China
- Prior art keywords
- pipe
- thermal
- heat
- built
- heating
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/40—Solar thermal energy, e.g. solar towers
- Y02E10/44—Heat exchange systems
Abstract
The utility model relates to a solar heat collecting type heat energy converting device, which relates to a heat insulating water tank, an exhaust valve, a box body inner heating pipe, a heat collection connecting pipe, a medium injecting valve, a superconducting medium box body for collecting heat, a vacuum heat collecting pipe, an electronic valve button, a heating water inlet, a circulating pump, a timer, a digital display temperature control instrument, a fluorescent heat conducting inner set pipe, a fluorescent heating hole, a temperature-sensing valve, a hot water inner set guide pipe, a thermal starting membrane, a column radiator shell body, a fluorescent liquid filling valve, a heating return pipe and an electronic valve. In summary, the device relates to three main systems of a solar heat collecting system, an electric control system and a heat dissipating system, which together forms an integral heat collecting and converting device. The vacuum heat collecting pipe and a power supply are utilized as a heating source for collecting heat, super-conducting medium for collecting heat is arranged in the vacuum heat collecting pipe, which heats water in the heat insulating water tank, then is driven into the heat dissipating system through a pipeline and a recycle pump in the electric control system and increases the temperature of the column dissipater shell body. The utility model has the advantages of time saving, water saving and obvious energy saving effect, and the device resists low-temperature and is economical and practical.
Description
Technical field:
The utility model relates to hot conversion equipment, relates in particular to solar energy heating formula thermal energy conversion device.
Background technology:
The solar water heater of prior art, with vacuum tube directly to water heating, fouling on the inwall of vacuum tube easily, and then influence the practical effect of vacuum tube.Under the good situation of sun in summer illumination condition, the water in the solar water heater water tank taps into boiling, if can not in time use the waste that then in fact forms heat energy.And winter because the sunlight deficiency, solar water heater often can not normally use because temperature is not enough again, more can not enter radiator and carries out heating.And existing radiator energy consumption is surprising, and required energy is that the thermal energy conversion device institute of solar water heater and prior art is inaccessiable, and the radiator of prior art does not reach the effect of low energy consumption heating yet.
The utility model content:
The purpose of this utility model is, overcome the deficiencies in the prior art part, a kind of solar energy heating formula thermal energy conversion device is provided, with double temperature double control, the medium split, the radiating mode science that settles at one go the combination of thermal-arrest superconduction heating and one, with the thermal-arrest superconducting fluid is transmitting medium, is supplying heat source with solar energy and electric energy, by the thermal-arrest superconductive medium water is heated, for family provides bathing with hot water or drinking water, can be used for heating winter.
Solar energy heating formula thermal energy conversion device described in the utility model includes attemperater, air bleeding valve, heating tube in the casing, the thermal-arrest tube connector, the medium injection valve, thermal-arrest superconductive medium casing, connect cushion rubber, vacuum heat collection pipe, water tank inlet, the bathing delivery port, the electronic valve button, electronic-control box, the heating water inlet, circulating pump, timer, the digital display temperature control instrument, fluorescence heat conduction built-in pipe, the fluorescence bottoming hole, temperature-sensing valve, indicator lamp, the built-in conduit of hot water, the thermal starting diaphragm, the cylinder radiator casing, fluorescence liquid injection valve, heating return pipe and electronics valve are formed.Generally speaking, solar energy heating formula thermal energy conversion device described in the utility model includes solar thermal collection system, electric-control system and cooling system three big systems and forms, and forms a complete thermal-arrest and hot conversion equipment jointly.
The operation principle of solar energy heating formula thermal energy conversion device described in the utility model is: utilize vacuum tube and power supply to make the thermal source of thermal-arrest, concrete enforcement is that the utilization vacuum heat collection pipe heats in the sun, the thermal-arrest superconductive medium is housed in the vacuum heat collection pipe, makes the water in the attemperater be heated to 80-100 ℃ by heat exchange mode.Squeeze into cooling system by pipeline and circulating pump in the automatically controlled yarn system then, the cylinder radiator casing is heated up rapidly.When circulating water temperature reaches more than 40 ℃, the thermal starting diaphragm that is arranged on below the cylinder radiator casing produces fuel factor, then start the thermal-arrest superconductive medium, make the cylinder radiator casing in 8-20 seconds, produce heat energy, then progressively reach the spreader surface temperature of 80-100 ℃ of the interior hot water of attemperater.Being set side by side with auxiliary electric heater unit in the lower end of cylinder radiator casing, then is the fluorescent heat conduction built-in pipe of main force's thermal source when sunlight is not enough.After connecting power supply, fluorescence heat conduction built-in pipe and the thermal starting diaphragm that is attached on the fluorescence heat conduction built-in pipe can make the thermal-arrest medium in the cylinder radiator casing heat up rapidly, make the surface temperature of cylinder radiator casing rise to needed 80-100 ℃ heating temperature in 30-60 seconds time.When the cylinder radiator casing heats up, again with the water heat cycles in the circulation pipe in attemperater, satisfy the needs of bathing and drinking water.That is to say that sunlight and electric energy have reached complementary effect, this distinctive feature just of the present utility model.
Solar energy heating formula thermal energy conversion device described in the utility model, with the heat source tube of vacuum heat collection pipe as the conversion solar thermal source, the upper end of vacuum heat collection pipe is provided with thermal-arrest superconductive medium casing, with the position that the superconductive medium casing is connected, be provided with the connection cushion rubber at vacuum heat collection pipe and thermal-arrest.At the end of thermal-arrest with the superconductive medium casing, be provided with the medium injection valve, said thermal-arrest is with also being provided with two outlets on the superconductive medium casing, be connected by heating tube in the casing in thermal-arrest tube connector and the attemperater respectively.That is to say, use superconductive medium as heat-conduction medium with thermal-arrest in the vacuum heat collection pipe, cycle through the interior heating tube of casing the water in the attemperater is heated, produce pressure for avoiding the water boiling in the attemperater, on attemperater, be provided with air bleeding valve.Be provided with four connecting lines below the attemperater, what have that two thermal-arrest tube connectors become heating tube in the casing advances pipe line and thermal-arrest medium output pipe, and two pipelines in addition then are connected with cooling system with electric-control system.A pipeline wherein connects water tank inlet and circulating pump by three-way pipe, and another pipeline then connects bathing delivery port and the built-in conduit of hot water that is arranged in the cylinder radiator casing by three-way pipe.In said water tank inlet position, be provided with the electronics valve, on the pipeline that connects the built-in conduit of hot water, also be provided with the electronics valve, said electronic valve door is connected with electronic valve button in the electric-control system by connecting line, the core members of electric-control system is an electronic-control box, on the control panel of electronic-control box, top is provided with the digital display temperature control instrument, and the middle part is provided with the electronic valve button of form in a row, between digital display temperature control instrument and electronic valve button, be provided with timer.One end of circulating pump is connected with attemperater by pipeline, on this pipeline, is provided with heating water inlet and the three-way connection that is connected with water tank inlet.The other end of circulating pump then by pipeline be arranged on the cylinder radiator casing in the built-in conduit of hot water be connected, the built-in conduit of said hot water is connected with attemperater by the heating return pipe again.Arranged side by side with the built-in conduit of said hot water, also be provided with fluorescence heat conduction built-in pipe, the end at fluorescence heat conduction built-in pipe is provided with the fluorescence bottoming hole, and is arranged side by side with said fluorescence bottoming hole, also is provided with temperature-sensing valve and indicator lamp.On said fluorescence heat conduction built-in pipe and the built-in conduit of hot water, all be provided with the thermal starting diaphragm.Also can say so, the upper end of vacuum heat collection pipe is provided with thermal-arrest superconductive medium casing; In the cylinder radiator casing, be provided with the built-in conduit of hot water, be set side by side with fluorescence heat conduction built-in pipe, at an end of fluorescence heat conduction built-in pipe, be provided with the fluorescence bottoming hole, be provided with heating rod in the fluorescence bottoming hole, arranged side by side with the fluorescence bottoming hole, be provided with temperature-sensing valve and indicator lamp; On fluorescence heat conduction built-in pipe and the built-in conduit of hot water, be provided with the thermal starting diaphragm.At the top of cylinder radiator casing one end, be provided with fluorescence liquid injection valve, replenish fluorescence liquid in the cylinder radiator casing so that be.
The utility model is that family provides bathing with hot water or drinking water and heating with solar energy and electric energy, promptly can make full use of the energy of sunlight, can back by electric energy again, ensures the reliable and stable of heat supply.Especially the utility model is a heat transfer medium with the thermal-arrest superconducting fluid, heat transfer rate is fast, in light weight, under equal conditions, the utility model is compared with the common radiator of prior art: the ratio of water consumption is 1:35, thermal efficiency height, have energy-conserving and environment-protective, install tube just, the obvious advantage of the material-saving that saves time, corrosion-resistant, long service life.The utlity model has unique double temperature double control, two medium, dual thermal-arrest, characteristics that temperature is high.The utility model saves time, water-saving, be not afraid of low temperature, energy-saving effect temperature work, can with modern architecture configuration design, can make people's living conditions hommization more, more favourable sight, economical and practical.This radiator promptly is a product independently, can also enter heat distribution pipe network and use.Energy-conservation reaching more than 50%.
Description of drawings:
Heating tube 4-thermal-arrest tube connector 5-medium injection valve 6-thermal-arrest is with superconductive medium casing 7-connecting cushion rubber 8-vacuum heat collection pipe 9-water tank inlet 10-bathing delivery port 11-electronic valve button 12-electronic-control box 13-heating water inlet 14-circulating pump 15-timer 16-digital display temperature-control instrument 17-fluorescence heat conducts built-in pipe 18-fluorescence bottoming hole 19-temperature-sensing valve 20-indicator lamp 21-hot water built-in catheter 22-thermal starting diaphragm 23-cylinder radiator housing 24-fluorescence liquid injection valve 25-heating return pipe 26-electronic valve in Accompanying drawing is the structural representation of solar energy heating formula thermal energy conversion device described in the utility model.1-attemperater 2-air bleeding valve 3-casing
The specific embodiment:
Referring now to accompanying drawing 1, be described as follows in conjunction with the embodiments: solar energy heating formula thermal energy conversion device described in the utility model includes attemperater 1, air bleeding valve 2, heating tube 3 in the casing, thermal-arrest tube connector 4, medium injection valve 5, thermal-arrest superconductive medium casing 6, connect cushion rubber 7, vacuum heat collection pipe 8, water tank inlet 9, bathing delivery port 10, electronic valve button 11, electronic-control box 12, heating water inlet 13, circulating pump 14, timer 15, digital display temperature control instrument 16, fluorescence heat conduction built-in pipe 17, fluorescence bottoming hole 18, temperature-sensing valve 19, indicator lamp 20, the built-in conduit 21 of hot water, thermal starting diaphragm 22, cylinder radiator casing 23, fluorescence liquid injection valve 24, heating return pipe 25 and electronics valve 26 are formed.Generally speaking, solar energy heating formula thermal energy conversion device described in the utility model includes solar thermal collection system, electric-control system and cooling system three big systems and forms, and forms a complete thermal-arrest and hot conversion equipment jointly.
The operation principle of solar energy heating formula thermal energy conversion device described in the utility model is: utilize vacuum heat collection pipe 8 and power supply to make the thermal source of thermal-arrest, concrete enforcement is that utilization vacuum heat collection pipe 8 heats in the sun, the thermal-arrest superconductive medium is housed in the vacuum heat collection pipe 8, makes the water in the attemperater 1 be heated to 80-100 ℃ by heat exchange mode.Squeeze into cooling system by pipeline and circulating pump 14 in the automatically controlled yarn system then, cylinder radiator casing 23 is heated up rapidly.When circulating water temperature reaches more than 40 ℃, be arranged on cylinder radiator casing 23 following thermal starting diaphragms 22 and produce fuel factors, then start the thermal-arrest superconductive medium, make cylinder radiator casing 23 in 8-20 seconds, produce heat energy, then progressively reach the spreader surface temperature of 80-100 ℃ of attemperater 1 interior hot water.Being set side by side with auxiliary electric heater unit in the lower end of cylinder radiator casing 23, then is the fluorescent heat conduction built-in pipe 17 of main force's thermal source when sunlight is not enough.After connecting power supply, fluorescence heat conduction built-in pipe 17 and the thermal starting diaphragm 22 that is attached on the fluorescence heat conduction built-in pipe 17 can make the thermal-arrest medium in the cylinder radiator casing 23 heat up rapidly, make the surface temperature of cylinder radiator casing 23 rise to needed 80-100 ℃ heating temperature in 30-60 seconds time.When cylinder radiator casing 23 heats up, again the water heat cycles in the circulation pipe is arrived in the attemperater 1, satisfy the needs of bathing and drinking water.That is to say that sunlight and electric energy have reached complementary effect, this distinctive feature just of the present utility model.
Solar energy heating formula thermal energy conversion device described in the utility model, with the heat source tube of vacuum heat collection pipe 8 as the conversion solar thermal source, the upper end of vacuum heat collection pipe 8 is provided with thermal-arrest superconductive medium casing 6,, be provided with and connect cushion rubber 7 with the position that superconductive medium casing 6 is connected at vacuum heat collection pipe 8 and thermal-arrest.At the end of thermal-arrest with superconductive medium casing 6, be provided with medium injection valve 5, said thermal-arrest is with also being provided with two outlets on the superconductive medium casing 6, be connected by heating tube 3 in the interior casing of thermal-arrest tube connector 4 and attemperater 1 respectively.That is to say, use superconductive medium as heat-conduction medium with thermal-arrest in the vacuum heat collection pipe 8, the water that cycles through in the interior 3 pairs of attemperaters of heating tube 1 of casing heats, and produces pressure for avoiding the water boiling in the attemperater 1, on attemperater 1, be provided with air bleeding valve 2.Be provided with four connecting lines below the attemperater 1, what have that two thermal-arrest tube connectors 4 become heating tube 3 in the casing advances pipe line and thermal-arrest medium output pipe, and two pipelines in addition then are connected with cooling system with electric-control system.A pipeline wherein connects water tank inlet 9 and circulating pump 14 by three-way pipe, and another pipeline then connects bathing delivery port 10 and the built-in conduit 21 of hot water that is arranged in the cylinder radiator casing 23 by three-way pipe.Position at said water tank inlet 9, be provided with electronics valve 26, on the pipeline that connects the built-in conduit 21 of hot water, also be provided with electronics valve 26, said electronics valve 26 is connected with electronic valve button 11 in the electric-control system by connecting line, the core members of electric-control system is an electronic-control box 12, on the control panel of electronic-control box 12, top is provided with digital display temperature control instrument 16, the middle part is provided with the electronic valve button 11 of form in a row, between digital display temperature control instrument 16 and electronic valve button 11, be provided with timer 15.One end of circulating pump 14 is connected with attemperater 1 by pipeline, on this pipeline, is provided with heating water inlet 13 and the three-way connection that is connected with water tank inlet 9.The other end of circulating pump 14, then by pipeline be arranged on cylinder radiator casing 23 in the built-in conduits 21 of hot water be connected, the built-in conduit 21 of said hot water is connected with attemperater 1 by heating return pipe 25 again.Arranged side by side with the built-in conduit of said hot water 21, also be provided with fluorescence heat conduction built-in pipe 17, the end at fluorescence heat conduction built-in pipe 17 is provided with fluorescence bottoming hole 18, and is arranged side by side with said fluorescence bottoming hole 18, also is provided with temperature-sensing valve 19 and indicator lamp 20.On said fluorescence heat conduction built-in pipe 17 and the built-in conduit 21 of hot water, all be provided with thermal starting diaphragm 22.Also can say so, the upper end of vacuum heat collection pipe 8 is provided with thermal-arrest superconductive medium casing 6; In cylinder radiator casing 23, be provided with the built-in conduit 21 of hot water, be set side by side with fluorescence heat conduction built-in pipe 17, end at fluorescence heat conduction built-in pipe 17, be provided with fluorescence bottoming hole 18, be provided with heating rod in the fluorescence bottoming hole 18, arranged side by side with fluorescence bottoming hole 18, be provided with temperature-sensing valve 19 and indicator lamp 20; On fluorescence heat conduction built-in pipe 17 and the built-in conduit 21 of hot water, be provided with thermal starting diaphragm 22.At the top of cylinder radiator casing 23 end, be provided with fluorescence liquid injection valve 24, replenish fluorescence liquid in the cylinder radiator casing 23 so that be.The utility model is that family provides bathing with hot water or drinking water and heating with solar energy and electric energy, promptly can make full use of the energy of sunlight, can back by electric energy again, ensures the reliable and stable of heat supply.Especially the utility model is a heat transfer medium with the thermal-arrest superconducting fluid, heat transfer rate is fast, in light weight, under equal conditions, the utility model is compared with the common radiator of prior art: the ratio of water consumption is 1:35, thermal efficiency height, have energy-conserving and environment-protective, install tube just, the obvious advantage of the material-saving that saves time, corrosion-resistant, long service life.The utlity model has unique double temperature double control, two medium, dual thermal-arrest, characteristics that temperature is high.The utility model saves time, water-saving, be not afraid of low temperature, energy-saving effect temperature work, can with modern architecture configuration design, can make people's living conditions hommization more, more favourable sight, economical and practical.This radiator promptly is a product independently, can also enter heat distribution pipe network and use.Energy-conservation reaching more than 50%.
Claims (6)
1, solar energy heating formula thermal energy conversion device is characterized in that the upper end of vacuum heat collection pipe (8) is provided with thermal-arrest superconductive medium casing (6); In cylinder radiator casing (23), be provided with the built-in conduit of hot water (21), be set side by side with fluorescence heat conduction built-in pipe (17), end at fluorescence heat conduction built-in pipe (17), be provided with fluorescence bottoming hole (18), the fluorescence bottoming hole is provided with heating rod in (18), arranged side by side with fluorescence bottoming hole (18), be provided with temperature-sensing valve (19) and indicator lamp (20); On fluorescence heat conduction built-in pipe (17) and the built-in conduit of hot water (21), be provided with thermal starting diaphragm (22).
2, solar energy heating formula thermal energy conversion device according to claim 1, it is characterized in that thermal-arrest with also being provided with two outlets on the superconductive medium casing (6), be connected with the interior heating tube (3) of the casing in the attemperater (1) by thermal-arrest tube connector (4) respectively.
3, solar energy heating formula thermal energy conversion device according to claim 1, it is characterized in that attemperater (1) below be provided with four connecting lines, what have that two thermal-arrest tube connectors (4) become heating tube (3) in the casing advances pipe line and thermal-arrest medium output pipe, two pipelines in addition then are connected with cooling system with electric-control system, a pipeline wherein connects water tank inlet (9) and circulating pump (14) by three-way pipe, and another pipeline then connects bathing delivery port (10) and is arranged on the interior built-in conduit of hot water (21) of cylinder radiator casing (23) by three-way pipe.
4, solar energy heating formula thermal energy conversion device according to claim 1, it is characterized in that position in water tank inlet (9), be provided with electronics valve (26), on the pipeline that connects the built-in conduit of hot water (21), also be provided with electronics valve (26), said electronics valve (26) is connected with electronic valve button (11) in the electric-control system by connecting line, the core members of electric-control system is electronic-control box (12), on the control panel of electronic-control box (12), top is provided with digital display temperature control instrument (16), the middle part is provided with the electronic valve button (11) of form in a row, between digital display temperature control instrument (16) and electronic valve button (11), be provided with timer (15).
5, solar energy heating formula thermal energy conversion device according to claim 1, an end that it is characterized in that circulating pump (14) is connected with attemperater (1) by pipeline, on this pipeline, be provided with heating water inlet (13) and the three-way connection that is connected with water tank inlet (9); The other end of circulating pump (14), then by pipeline be arranged on the built-in conduit of the interior hot water of cylinder radiator casing (23) (21) and be connected, the built-in conduit of said hot water (21) is connected with attemperater (1) by heating return pipe (25) again.
6, solar energy heating formula thermal energy conversion device according to claim 1 is characterized in that being provided with fluorescence liquid injection valve (24) at the top of cylinder radiator casing (a 23) end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008200245121U CN201242291Y (en) | 2008-06-17 | 2008-06-17 | Solar heat collection type thermal energy conversion apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008200245121U CN201242291Y (en) | 2008-06-17 | 2008-06-17 | Solar heat collection type thermal energy conversion apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201242291Y true CN201242291Y (en) | 2009-05-20 |
Family
ID=40715582
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2008200245121U Expired - Fee Related CN201242291Y (en) | 2008-06-17 | 2008-06-17 | Solar heat collection type thermal energy conversion apparatus |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201242291Y (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101975457A (en) * | 2010-10-09 | 2011-02-16 | 杭州慈源科技有限公司 | Solar thermal collector and heating system applying same |
| CN105627583A (en) * | 2016-03-08 | 2016-06-01 | 刘静福 | Heat collecting power generation air energy superconductive hot water system with automatic sun tracking function |
| CN107314553A (en) * | 2017-08-29 | 2017-11-03 | 天普新能源科技有限公司 | A kind of solar thermal collection system |
-
2008
- 2008-06-17 CN CNU2008200245121U patent/CN201242291Y/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101975457A (en) * | 2010-10-09 | 2011-02-16 | 杭州慈源科技有限公司 | Solar thermal collector and heating system applying same |
| CN105627583A (en) * | 2016-03-08 | 2016-06-01 | 刘静福 | Heat collecting power generation air energy superconductive hot water system with automatic sun tracking function |
| CN107314553A (en) * | 2017-08-29 | 2017-11-03 | 天普新能源科技有限公司 | A kind of solar thermal collection system |
| CN107314553B (en) * | 2017-08-29 | 2023-11-21 | 天普新能源科技有限公司 | Solar heat collection system |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20090520 Termination date: 20100617 |