CN102913985A - Integrated generating and heating system for solar window - Google Patents
Integrated generating and heating system for solar window Download PDFInfo
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- CN102913985A CN102913985A CN2012103743882A CN201210374388A CN102913985A CN 102913985 A CN102913985 A CN 102913985A CN 2012103743882 A CN2012103743882 A CN 2012103743882A CN 201210374388 A CN201210374388 A CN 201210374388A CN 102913985 A CN102913985 A CN 102913985A
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Abstract
Disclosed is an integrated generating and heating system for a solar window. Stable electric energy is generated by absorption and conversion of solar photovoltaic wavelength and by an inverter to be combined with other power grids for use. By the integrated generating and heating system for the solar window, sunlight can be collected for windows of low-level houses by energy-saving devices such as an instant heating device for central heating.
Description
Technical field:
The present invention relates to various industries needs the energy-saving electricity devices such as the factory of heat and heat water supplying, unit, factory building, community's house owed by a citizen, school, store.
Background technology:
Along with the development of modern science and technology and the demand of people's quality of the life, the consumption of various sci-tech products and heating product needed mass energy, digging of the limited energy on the earth adopted and therefrom waste in order to alleviate, and world organization is to the every country importance of ecological, environmental protective green energy conservation of constantly initiating; Green energy resource also is the most important thing of current government task.
Summary of the invention:
Technical problem to be solved by this invention provide various industry heatings unit, school, production plant, the remote region without electrical network, the community that often has a power failure and unit, commerce and trade city, also have various etc. the unit bodies that be unable to do without that electric energy and heating need, the present invention can make convenient enjoyment of these unit bodies use green energy source and the heating energy that needs, the present invention mainly also to play the green effect of environmental protection and energy saving.
Technical scheme steps to be solved by this invention is:
1, (3) link into an integrated entity by the heat conduction of (3) absorption sunlight to (1) with (1), (3) heat energy loss that carries out integral reinforcing and insulation (1) with the intermediate gap of (1) and (8) usefulness (4), (5) be enclosed within (6) around realize both sides sealings or be close to (6) around both sides install and fix, again with the sunlight sorbent surface of (3) by with (8) fixing seal, (8) be fixed again disjunctor with (7), (22) be installed on (8) carrier, (10) (10A) (11) all with (1) fixing disjunctor, (20) connecting (13) is connected and fixed by (21) and (10), (11) be connected with (13) and lead to (9), (9) fork is connected with an end (13) wherein, and wherein an end (13) passes through (14) and is connected with the other end (13) and leads to (10A); (9) fork is connected with the other end (13) wherein, wherein the other end (13) connects through (19) and leads to (10A), pipeline diverges to (15) between these (13) and (19), and (15) hydraulic pressure is strengthened; (16) (17) (18) all are installed on (1) carrier fixing with sealing, (16) different contacts, water level value position are just arranged, (16) be installed in (1) the inside, water capacity and water level by (1) the inside just wait variation process (16) information data real-time Transmission to (12), and (12) pass through (22) in real time demonstration (1) interior situation; When water level is elevated to certain high-value and reaches (12) high-order settings, (12) (13) closed the prevention water filling during meeting instruction (20) connected, when water level is low when reaching (12) low level settings to certain low-value, water filling was carried out in (13) startup during (12) can instructions (20) connect; (17) gather (1) interior temperature data real-time Transmission to (12), (12) set temperature value range, when the temperature data value that gathers when (17) is lower than (12) temperature settings, (12) instruction (18) is heated (1), when the temperature data value that gathers when (17) was higher than (12) temperature settings, (12) instruction (18) was carried out stopped heating to (1); (9) connection (12) is stopped by (12) control instruction and turns round, (11) with pipeline between (10A) is connected in all (13) be connected by (12) with (12) and carry out the control instruction opening and closing, all operations instruction is presented in (22) by (12).See Fig. 1;
2, (23) are close on (7) surface, (23) be connected with (24) and lead to (12) and control and instruction and (26) intellectuality are confluxed and merged directly mutually electric energy transmitting, be operatively connected to (25) by (12) again and obtain store electrical energy.See Fig. 2;
The explanation of solar energy forms generating heating integral system:
1, a kind of solar energy forms generating heating integral system includes: water tank (1), solar energy absorbing coating L-type collecting plate (3), insulation material (4), airtight (5), transparent glass (6), transparent glass and forms (7), shell (8), water pump (9), water inlet (10), backflow water inlet (10A), delivery port (11), central intelligent controller (12), electrically operated valve and electromagnetic valve (13), heating device and pipeline (1 4), supplying hot water pipeline (15), water gauge (16), temp probe (17), heater (18), automatic water pressure device (19), automatic air relief valve (19A), tap water interface (20), dirt-proof water purification installation (21), digital display screen (22), photovoltaic solar hyaline membrane or photovoltaic solar plate (23), inverter (24), solar cell (25), Household electric energy (26).
2, (3) link into an integrated entity by the heat conduction of (3) absorption sunlight to (1) with (1), (3) heat energy loss that carries out integral reinforcing and insulation (1) with the intermediate gap of (1) and (8) usefulness (4), (5) be enclosed within (6) around realize both sides sealings or be close to (6) around both sides install and fix, again with the sunlight sorbent surface of (3) by with (8) fixing seal, (8) be fixed again disjunctor with (7), (22) be installed on (8) carrier, (10) (10A) (11) all with (1) fixing disjunctor, (20) connecting (13) is connected and fixed by (21) and (10), (11) be connected with (13) and lead to (9), (9) fork is connected with an end (13) wherein, and wherein an end (13) passes through (14) and is connected with the other end (13) and leads to (10A); (9) fork is connected with the other end (13) wherein, wherein the other end (13) connects through (19) and leads to (10A), pipeline diverges to (15) between these (13) and (19), and (15) hydraulic pressure is strengthened; (16) (17) (18) (19A) all are installed on (1) carrier fixing with sealing, (16) different contacts, water level value position are just arranged, (16) be installed in (1) the inside, water capacity and water level by (1) the inside just wait variation process (16) information data real-time Transmission to (12), and (12) pass through (22) in real time demonstration (1) interior situation; When water level is elevated to certain high-value and reaches (12) high-order settings, (12) (13) closed the prevention water filling during meeting instruction (20) connected, when water level is low when reaching (12) low level settings to certain low-value, water filling was carried out in (13) startup during (12) can instructions (20) connect; (17) gather (1) interior temperature data real-time Transmission to (12), (12) set temperature value range, when the temperature data value that gathers when (17) is lower than (12) temperature settings, (12) instruction (18) is heated (1), when the temperature data value that gathers when (17) was higher than (12) temperature settings, (12) instruction (18) was carried out stopped heating to (1); (9) connection (12) is stopped by (12) control instruction and turns round, (11) with pipeline between (10A) is connected in all (13) be connected by (12) with (12) and carry out the control instruction opening and closing, all operations instruction is presented in (22) by (12); Above-mentionedly see Fig. 1.(3) shape on solar absorption surface, according to window towards with the solar light irradiation direction, make photo-thermal absorbing surface maximization, and need to change flexibly design difformity convex-concave surface type; When (1) when being cylinder, absorber around (3) can become around (1) design column type, the monolithic devices such as absorber around (1) is cone, and (3) can become around (1) design pyramid type.(3) back side of solar absorption face is close to around pipeline and (3) and is integral in, connects for the solar airconditioning module is convenient around two end interfaces of pipeline, also can connect for thermal modules to other and supply with; (3) absorption heat conduction is linked into an integrated entity with (1) bottom by the bottom of L-type and is bottom integrated heat conduction, also can carry out mutual heat conduction etc. with (1) Surface Contact by the back side around pipeline.(23) be close on (7) surface, (23) be connected with (24) and lead to (12) and control and instruction and (26) intellectuality are confluxed and merged directly mutually electric energy transmitting, be operatively connected to (25) by (12) again and obtain store electrical energy; See Fig. 2.Native system can with forms can split or zoarium can apply in a flexible way.
The present invention has carried out the description of specific embodiment in the above description, also has the present invention to be not limited to above-mentioned particular implementation, and those skilled in the art make various distortion and alter mode within the scope of the claims, still have flesh and blood of the present invention.
Drawings attached 1 explanation: Fig. 1 is solar heating heating system figure.
Drawings attached 2 explanations: Fig. 2 is solar power system figure.
Claims (5)
1. a solar energy forms generating heating integral system right is characterized in that: control method comprises the steps, (3) link into an integrated entity by the heat conduction of (3) absorption sunlight to (1) with (1), (3) heat energy loss that carries out integral reinforcing and insulation (1) with the intermediate gap of (1) and (8) usefulness (4), (5) be enclosed within (6) around realize both sides sealings or be close to (6) around both sides install and fix, again with the sunlight sorbent surface of (3) by with (8) fixing seal, (8) be fixed again disjunctor with (7), (22) be installed on (8) carrier, (10) (10A) (11) all with (1) fixing disjunctor, (20) connecting (13) is connected and fixed by (21) and (10), (11) be connected with (13) and lead to (9), (9) fork is connected with an end (13) wherein, and wherein an end (13) passes through (14) and is connected with the other end (13) and leads to (10A); (9) fork is connected with the other end (13) wherein, wherein the other end (13) connects through (19) and leads to (10A), pipeline diverges to (15) between these (13) and (19), and (15) hydraulic pressure is strengthened; (16) (17) (18) all are installed on (1) carrier fixing with sealing, (16) different contacts, water level value position are just arranged, (16) be installed in (1) the inside, water capacity and water level by (1) the inside just wait variation process (16) information data real-time Transmission to (12), and (12) pass through (22) in real time demonstration (1) interior situation; When water level is elevated to certain high-value and reaches (12) high-order settings, (12) (13) closed the prevention water filling during meeting instruction (20) connected, when water level is low when reaching (12) low level settings to certain low-value, water filling was carried out in (13) startup during (12) can instructions (20) connect; (17) gather (1) interior temperature data real-time Transmission to (12), (12) set temperature value range, when the temperature data value that gathers when (17) is lower than (12) temperature settings, (12) instruction (18) is heated (1), when the temperature data value that gathers when (17) was higher than (12) temperature settings, (12) instruction (18) was carried out stopped heating to (1); (9) connection (12) is stopped by (12) control instruction and turns round, (11) with pipeline between (10A) is connected in all (13) be connected by (12) with (12) and carry out the control instruction opening and closing, all operations instruction is presented in (22) by (12).See Fig. 1.
2. the indoor integral system of described a kind of solar energy forms generating heating includes according to claim 1: water tank (1), solar energy absorbing coating L-type collecting plate (3), insulation material (4), airtight (5), transparent glass (6), transparent glass and forms (7), shell (8), water pump (9), water inlet (10), backflow water inlet (10A), delivery port (11), central intelligent controller (12), electrically operated valve and electromagnetic valve (13), heating device and pipeline (14), supplying hot water pipeline (15), water gauge (16), temp probe (17), heater (18), automatic water pressure device (19), automatic air relief valve (19A), tap water interface (20), dirt-proof water purification installation (21), digital display screen (22), photovoltaic solar hyaline membrane or photovoltaic solar plate (23), inverter (24), solar cell (25), Household electric energy (26).
3. the shape on (3) solar absorption surface in described according to claim 2, according to window towards with the solar light irradiation direction, make the maximization of photo-thermal absorbing surface, and need to change flexibly the claim protection of design difformity convex-concave surface type; When (1) when being cylinder, (3) can be around absorber around (1) design column type one-tenth, when (1) when being cone, the monolithic devices such as the absorber design claim protection that cone angle can free variable as requested around (3) can become around (1) design pyramid type; (3) be integral around pipeline and (3) up and down about the back side of solar absorption face is close in, connect for the solar airconditioning module is convenient around two end interfaces of pipeline, also can connect for thermal modules to other and supply with; (3) absorption heat conduction is linked into an integrated entity with (1) bottom by the bottom of L-type and is bottom integrated heat conduction, also can carry out with (1) Surface Contact the claim protections such as mutual heat conduction around pipeline by the back side of absorbing surface.
4. change flexibly in described according to claim 3 that design (3) can absorb more critical heat energy and multifunction module is connected interface; (23) be close on (7) surface, (23) be connected with (24) and lead to (12) and control and instruction and (26) intellectuality are confluxed and merged directly mutually electric energy transmitting, be operatively connected to (25) by (12) again and obtain store electrical energy.See Fig. 2.
5. described and claim 1 is described according to claim 4 relies in claim 2 scope mutually; interconnect; mutually control instruction realizes solar energy forms generating heating system, native system can with forms can split or the zoarium claim such as design of can applying in a flexible way protect.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210374388.2A CN102913985B (en) | 2012-10-08 | 2012-10-08 | Integrated generating and heating system for solar window |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210374388.2A CN102913985B (en) | 2012-10-08 | 2012-10-08 | Integrated generating and heating system for solar window |
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| Publication Number | Publication Date |
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| CN102913985A true CN102913985A (en) | 2013-02-06 |
| CN102913985B CN102913985B (en) | 2015-02-11 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201210374388.2A Expired - Fee Related CN102913985B (en) | 2012-10-08 | 2012-10-08 | Integrated generating and heating system for solar window |
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Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2300860Y (en) * | 1997-03-03 | 1998-12-16 | 方庆仁 | Natural circulation type all year round used solar energy water heater |
| JP2000505185A (en) * | 1996-03-13 | 2000-04-25 | ベーリンガー、フォルカー | Modulation solar adjuster |
| CN2594723Y (en) * | 2002-11-12 | 2003-12-24 | 李志义 | Computer controlled solar and electric heating device |
| US20100083952A1 (en) * | 2008-10-06 | 2010-04-08 | Van Houten Arnoud | Adaptive self pumping solar hot water heating system with overheat protection |
-
2012
- 2012-10-08 CN CN201210374388.2A patent/CN102913985B/en not_active Expired - Fee Related
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2000505185A (en) * | 1996-03-13 | 2000-04-25 | ベーリンガー、フォルカー | Modulation solar adjuster |
| CN2300860Y (en) * | 1997-03-03 | 1998-12-16 | 方庆仁 | Natural circulation type all year round used solar energy water heater |
| CN2594723Y (en) * | 2002-11-12 | 2003-12-24 | 李志义 | Computer controlled solar and electric heating device |
| US20100083952A1 (en) * | 2008-10-06 | 2010-04-08 | Van Houten Arnoud | Adaptive self pumping solar hot water heating system with overheat protection |
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| CN102913985B (en) | 2015-02-11 |
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Address after: 037006 Shanxi province city of Datong city of Washington (a) 4-2-803 Applicant after: Li Yancai Address before: 037006 in Shanxi Province, the southern suburbs of Datong District Ma Township West Water Village Building 9 Unit 3 No. 601 Applicant before: Li Yancai |
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Granted publication date: 20150211 Termination date: 20171008 |
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