CN105133803A - Solar building integration light and hot air composite plate - Google Patents
Solar building integration light and hot air composite plate Download PDFInfo
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- CN105133803A CN105133803A CN201510558408.5A CN201510558408A CN105133803A CN 105133803 A CN105133803 A CN 105133803A CN 201510558408 A CN201510558408 A CN 201510558408A CN 105133803 A CN105133803 A CN 105133803A
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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
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B10/00—Integration of renewable energy sources in buildings
- Y02B10/20—Solar thermal
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Abstract
The invention relates to a solar building integration light and hot air composite plate which comprises a vertical groove frame body, a transparent sealing plate and a ventilation mechanism. The transparent sealing plate covers the opening side of the groove frame body, and the ventilation mechanism is formed in the groove frame body. The groove frame body comprises a back plate and a surrounding plate surrounding the outer eave of the back plate. The ventilation mechanism comprises an upper air outlet structure arranged on the upper portion of the groove frame body and a lower air inlet structure arranged on the lower portion of the groove frame body. By the adoption of the hollow structure, the heat insulation and preservation effects can be achieved. The transparent sealing plate is arranged outside the composite plate to be used for generating electricity, air is circulated inside the composite plate so as to supply heat into a room, light reflection and light pollution are reduced, solar energy resources are sufficiently utilized, a middle cavity plays a heat insulation role, the ventilation structures at the upper end and the lower end can heat indoor air and can also reduce the temperature inside the cavity, and it is ensured that the working temperature of the transparent sealing plate is in the highest-efficiency temperature area.
Description
Technical field
The present invention relates to building wall board field, be specifically related to a kind of solar building integrated photo-thermal wind composite plate.
Background technology
Present building all arranges heat insulation layer, along with energy shortage highlights day by day, solar energy is utilized to become the road of the Green Development that is explored always, solar-heating also gets more and more, but existing heating form provides through indoor equipment heating after having plenty of generating again, such system cost high-energy utilization rate is low, one is also had to make to install solar energy heating water additional on roof, with water, heat is brought into indoor, indoor are spread to again by blower fan, equipment manufacturing cost is higher, does not have the Solar use building materials that the simple cost of a kind of structure low covering building bulk area is large.
Summary of the invention
The object of the present invention is to provide that a kind of modularization is arranged, low, the simple solar building integrated photo-thermal wind composite plate of structure of construction cost.
For achieving the above object, the technical solution used in the present invention is: a kind of solar building integrated photo-thermal wind composite plate, it comprises the groove frame main body vertically arranged, the transparent sealing plate being covered in groove frame body openings side and the ventilating mechanisms be opened in groove frame main body, described groove frame main body comprises backboard and is located in the coaming plate of the outer eaves of backboard, described backboard is fixedly connected with coaming plate, described transparent sealing plate is fixedly connected with coaming plate, heat collector panel is provided with in described groove frame main body, described ventilating mechanisms comprises the upper air outlet mechanism being arranged at groove frame body top and the lower air inlet mechanism being arranged at groove frame lower body part.
Furtherly, described backboard outer wall is provided with main insulation layer.
Furtherly, described coaming plate outer wall is provided with secondary insulation layer, and described main insulation layer is connected with secondary insulation layer.
Furtherly, described heat collector panel is arranged at transparent sealing plate side, and forms heating cavities with described backboard and coaming plate, and the outer eaves of described heat collector panel is fixedly connected with coaming plate.
Furtherly, described upper air outlet mechanism comprises guide duct, and the air outlet of described upper guide duct is communicated with indoor through groove frame main body, and described lower air inlet mechanism comprises lower guide duct, and the air intake of described lower guide duct is communicated with indoor through groove frame main body.
Furtherly, the air intake of described upper guide duct is multiple wind-guiding inlet holes be evenly arranged on guide duct sidewall, the air outlet of described lower guide duct is that multiple wind-guiding be evenly arranged on lower guide duct sidewall portals, and described wind-guiding inlet hole and wind-guiding portal and be positioned at cavity, and position is corresponding.
Furtherly, described upper air outlet mechanism comprises the upper ventilation opening be arranged on backboard and/or coaming plate, and described lower air inlet mechanism comprises the lower gravity vent be arranged on backboard and/or coaming plate.
Furtherly, described upper ventilation opening and/or lower gravity vent are communicated with indoor by airduct.
Furtherly, described coaming plate is the frame of rectangle, and the side that described coaming plate is corresponding is provided with cramp bar.
Furtherly, described upper ventilation opening and lower gravity vent are provided with silk screen.
Compared with prior art, the beneficial effect that the present invention obtains is:
The structure that the present invention adopts solar energy and building materials to unite two into one, main insulation board can be solar energy and plays insulation effect, hollow structure can play thermal insulation function, modularization arranges constructability, and the insulating of existing building can be replaced, entirety after assembling possesses waterproof equally, the effect of sound insulation and decoration, so once construct, modular design can reduce construction volume, not only save construction cost, also reduce the time of construction, overall structure is simple, easy to maintenance, the outside of composite plate is transparent sealing plate printing opacity, the heat collector panel heat absorption of internal layer, it can be indoor heating that inside has wind to circulate, the reflection of less light, reduce light pollution, make full use of solar energy resources, the cavity at middle part plays heat-blocking action, the ventilating structure being distributed in upper and lower two ends can heat for room air.
Backboard arranges main insulation layer, can form the integral heat insulation layer outside building after having assembled, and improves further and strengthens the heat-insulation and heat-preservation to building body, and can also completely cut off outside noise, the outer wall of backboard is the side pressing close to building, and backboard is fixed on the outside of building.
Coaming plate outer wall arranges secondary insulation layer and not only plays peripheral insulation effect, can also strengthen the intensity of coaming plate, is convenient to packaging, transport, installs.
Groove frame main body forms airtight heat absorption district near transparent sealing plate side and heat collector panel, avoid the thermal treatment zone of heat collector panel and backboard, heat for room air or be the impact on the heat absorption efficiency of heat collector panel such as the dust in air when drying unit heats, moisture, pernicious gas, groove frame main body arranges the absorption that heat collector panel increases sunshine near transparent sealing plate side, condensate water in such air and tiny dust can not be attached on transparent sealing plate, avoid the light transmission affecting transparent sealing plate.
The uniform stream of circulation can be distributed in cavity by guide duct, makes gas and heat collector panel uniform contact improve heat exchange efficiency.
Gravity vent can be arranged on the upper and lower coaming plate of groove frame main body, also can be arranged on the two ends up and down of backboard, can not complete naturally circulating of wind like this by power.
Gravity vent can be arranged on the two ends up and down of backboard, can not complete naturally circulating of hot blast, directly for heating indoor like this by power.Air-flow through inner chamber is heated, can be in line to outside, also can be completed with the circulation of indoor by airduct is indoor heating, such setting make use of the energy of the sun to greatest extent, also reduce within doors to the demand of heat, reduce the load of other heating plants, just can meet indoor demand for heat by the hot blast of airduct time low to heat demand in doors, replace other heaters completely.
Support bar can increase the intensity of groove frame main body, can produce large-scale modular unit like this.Support bar can be several transparent panel unit for heavy die block unit decomposition, according to design setting, increases construction aesthetic perception.
Silk screen can prevent bird or reptile from entering in cavity, avoids air circulation to be obstructed and brings serious consequence.
Accompanying drawing explanation
Fig. 1 is the embodiment of the present invention one internal construction schematic diagram;
Fig. 2 is the embodiment of the present invention one horizontal section structural representation;
Fig. 3 is the embodiment of the present invention one longitudinal profile structural representation;
Fig. 4 is the embodiment of the present invention two vertical section structure schematic diagram;
Fig. 5 is the embodiment of the present invention three internal construction schematic diagram;
Fig. 6 is the embodiment of the present invention three horizontal section structural representation;
Fig. 7 is the embodiment of the present invention three longitudinal profile structural representation;
Fig. 8 is the embodiment of the present invention four vertical section structure schematic diagram;
In the accompanying drawings: guide duct on ventilation opening on 1 groove frame main body, 11 backboards, 12 coaming plates, 13 main insulation layers, 14 secondary insulation layers, 15 silk screens, 2 transparent sealing plates, 31,32 times gravity vents, 33,34 times guide ducts, 35 wind-guiding inlet holes, 36 wind-guidings portal, 4 cavitys, 5 airducts, 6 cramp bars, 7 heat collector panels, 9 solid walls, 10 girder steels.
Detailed description of the invention
Below in conjunction with accompanying drawing 1-8, the present invention is described in more detail.
Embodiment one, as illustrated in the accompanying drawings from 1 to 3, a kind of solar building integrated photo-thermal wind composite plate, its bag groove frame main body 1, the transparent sealing plate 2 being covered in groove frame main body 1 opening side and the ventilating mechanisms be opened in groove frame main body 1, described groove frame main body 1 comprises backboard 11 and is located in the coaming plate 12 of the outer eaves of backboard 11, described backboard 11 is fixedly connected with coaming plate 12, described transparent sealing plate 2 is fixedly connected with coaming plate 12, heat collector panel 7 is provided with in described groove frame main body 1, described ventilating mechanisms comprises the upper air outlet mechanism being arranged at groove frame main body 1 top and the lower air inlet mechanism being arranged at groove frame main body 1 bottom.Described backboard 11 outer wall is provided with main insulation layer 13.Described coaming plate 12 outer wall is provided with secondary insulation layer 14, and described main insulation layer 13 is connected with secondary insulation layer 14.Described heat collector panel 7 is arranged at transparent sealing plate 2 side, and forms heating cavities 4 with described backboard 11 and coaming plate 12, and the outer eaves of described heat collector panel 7 is fixedly connected with coaming plate 12.Separated by heat collector panel 7 by the air that heats and transparent sealing plate 2, avoid water and adsorbing powder dust on transparent sealing plate 2 surface, so just can ensure the light transmission of transparent sealing plate 2, thus ensure the absorption heat as much as possible of heat collector panel 7, and these heats are brought into indoor by the air-flow that heat collector panel 7 opposite side flows, heat collector panel 7 side of absorbing heat exchanges with extraneous owing to having transparent sealing plate 2 to protect not have heat, ensures that heat is tried one's best to opposite side transmission; Described upper air outlet mechanism comprises guide duct 33, and the air outlet of described upper guide duct 33 is communicated with indoor through groove frame main body 1, and described lower air inlet mechanism comprises lower guide duct 34, and the air intake of described lower guide duct 34 is communicated with indoor through groove frame main body 1.The air intake of upper guide duct 33 is multiple wind-guiding inlet holes 35 be evenly arranged on guide duct 33 sidewall, the air outlet of described lower guide duct 34 is that multiple wind-guiding be evenly arranged on lower guide duct 34 sidewall portals 36, described wind-guiding inlet hole 35 and wind-guiding portal and 36 are positioned at cavity 4, and position is corresponding.Described coaming plate 12 is frames of rectangle, and the side of described coaming plate 12 correspondence is provided with cramp bar 6.Corresponding side refers to the corresponding or upper and lower respective side in left and right during vertical state.Described upper ventilation opening 31 and lower gravity vent 32 are provided with silk screen 15.Separated by heat collector panel 7 by the air heated, avoid water and adsorbing powder dust at heat collector panel on the surface, and these heats are brought into indoor or drying unit by air inlet/outlet mechanism.
Operating principle, on the heat collector panel 7 of solar radiation inside transparent sealing plate 2, the temperature of the absorption sunshine raising self that the dark colour coating on heat collector panel 7 is tried one's best, air in cavity 4 now between heat collector panel 7 and backboard 11, coaming plate 12 is risen by heating, utilize the current path that cavity 4, upper guide duct 33 and lower guide duct 34 are formed, be introduced into indoor by the air-flow heated and be heating indoor, path can increase blower fan, increase air-flow velocity, increase the heat exchange efficiency of air and heat collector panel 7.
The course of work, module plate body is arranged on exterior wall girder steel 10, backboard 11 is fixedly connected with girder steel 10, when there being illumination, sunshine is through the heat absorbent surface of transparent sealing plate 2 direct projection to heat collector panel 7, and heat collector panel 7, the cavity 4 that backboard 11 and coaming plate 12 surround temperature when illumination can raise, heat collector panel 7 temperature raises and heats the air be in contact with it afterwards, gas in cavity 4 be heated rise formed air-flow flow in upper guide duct 33 by wind-guiding inlet hole 35, circulation through blower fan can produce convection current with the air of indoor, air-flow flows out through upper guide duct 33, lower guide duct 34 bottom cavity 4 flows to cold air-flow and forms heat radiation circulation, wherein uniform stream is distributed in cavity 4 by wind-guiding inlet hole 35, wind-guiding portals and 36 uniform stream is drawn cavity 4, such air-flow scatters at cavity 4 evenly can fully heat exchange, filter screen can be set up when upper guide duct 33 and lower guide duct 34 pass in and out groove frame main body 1, one is to purify air, two is to prevent the animals such as insect from entering cavity 4.
Embodiment two, as shown in Figure 4, be with embodiment one difference, module plate body is fixed on the outer wall of solid wall 9, and the outside of the backboard 11 of plate body is fixedly connected with solid wall 9.
Embodiment three, as shown in accompanying drawing 5-7, be with embodiment one difference, upper air outlet mechanism comprises the upper ventilation opening 31 be arranged on backboard 11, and described lower air inlet mechanism comprises the lower gravity vent 32 be arranged on backboard 11.Upper ventilation opening 31 and/or lower gravity vent 32 are communicated with indoor by airduct 5.
Save guide duct, the air duct of turnover groove frame main body 1 is set to upper ventilation opening 31 and lower gravity vent 32, be set directly on backboard 11, the ascending air formed by the air that heats like this is up is discharged by upper ventilation opening 31, lower gravity vent 32 bottom cavity 4 flows to cold air-flow and forms heat cycles, upper ventilation opening 31 is communicated with indoor with lower gravity vent 32 by airduct 5, forms convection current with the gas of indoor; Lower gravity vent 32 entrance of bottom can plainly-packed screen pack, filters the gas entering cavity 4.Multiple upper ventilation opening 31 is arranged on backboard 11 top, and be communicated with indoor respectively by airduct 5, multiple lower ventilation opening 32 is arranged on bottom backboard 11, and is communicated with indoor respectively by airduct 5, the heat that plate body itself absorbs can be delivered to indoor like this, be heating indoor.
Upper ventilation opening 31 and arranging of lower gravity vent 32 can be poroid multiple distributions, can be the gaps of strip.
Embodiment four, as shown in Figure 8, be with embodiment three difference, module plate body is fixed on the outer wall of solid wall 9, and the outside of the backboard 11 of plate body is fixedly connected with solid wall 9.
Embodiment five, be combined with each other with the folding frid (being the gripper shoe of groove frame body openings side) of eaves, base plate (base plate is the gripper shoe of pressing close to metope corresponding with frid) with main warming plate, side warming plate, the pertusate faces end head plugging of band is fixed on the two ends of frid, as shown in Figure 1, form the grooved plate body with tongue and groove function, form groove frame main body 1;
Top cornice fixes the bearing of described transparent sealing plate 2, i.e. groove frame main body 1 opening one lateral edges, be double-deck hollow plate glass or glass plate by the transparent sealing plate 2(with waterproof adhesive tape) be laid on bearing, then by press strip gland on transparent sealing plate 2 bearing, a transparent sealing plate 2 basically forms; Now complete the assembling of transparent sealing plate 2; Cramp bar 6 is fixed on bearing with on the frid of folding eaves and fixes, the grooved plate body produced according to architectural design length, multiple stull can be installed and form firm entirety, a grooved plate body and multiple grooved plate body combine and overlap, form solar energy house panel or shingle nail, then the solar energy house panel or the outer of shingle nail that frame are fixedly mounted on entirety are placed, and pertusate frame is also furnished with silk screen, and silk screen prevents worm bird from entering; Place fixed border one piece of groove type plate is external, formed balcony slab or laterally, vertical solar building integrated photoelectricity composite plate architectural decoration band.Frid and base plate have tongue and groove function.
The main warming plate of grooved plate body has the heat-insulation and heat-preservation function of building materials, and side warming plate has outside heat-insulation and heat-preservation function, also has the function strengthening frid both sides intensity.The pertusate faces end head plugging of band at grooved plate body two ends has ventilation function.Grooved plate body and transparency glass plate form a vented cavity, reach chimney effect, are entered (lower gravity vent 32) by the hole of lower shutoff, and the hole (upper ventilation opening 31) of upper shutoff goes out.
Stull (cramp bar 6) is fixed on frid by fixed support, a block length shape grooved plate body according to Architectural Design Requirements, can be set up and installs multiple stull, solve the problem of glass plate limited length.The frame of hole corresponding with shutoff is furnished with silk screen 15, prevents worm bird from piercing cavity.
Inner chamber in the technical program refers to identical with cavity 4, and the outer wall of backboard is fixed on the side of building, and heat collector panel is exactly that surface has dark plate body, is used for absorbing the gas converting heat that sunshine is to be in contact with it.For the silk screen 15 in the clear and legible accompanying drawing of accompanying drawing picture 6,7,8 is not shown.The groove frame main body 1 of the technical program can be obliquely installed, also can horizontal, and technical scheme describes the determination vertically arranging and be only used to position relationship.
During production: the cell body of first groove frame main body 1 produces a cell body to be three layers be both ends open, upper strata is several fonts of upper end open, bottom is smooth plate body, the stuffed heat insulated insulation layer in middle part, cell body requires according to Specific construction can production random length, then install shutoff at two ends additional and form groove frame main body 1, heat collector panel 7 is also made as several fonts of upper end open, cover in groove frame main body 1, but the degree of depth of heat collector panel 7 is less than the degree of depth of groove frame main body 1, such heat collector panel 7 forms gas channel with groove frame main body 1 diapire, the opening side then transparent sealing plate 2 being covered cell body by support and fluid sealant forms sealed cavity 4, the edge of groove frame main body 1 arranges tongue and groove, overlap to facilitate multiple groove frame main body 1, cramp bar 6 can be increased after groove frame main body 1 is long, to reinforce transparent sealing plate 2, make the glass plate of splicing more firm.
During construction: multiple groove frame main body 1 is spliced to form metope (roof) in order and installs backplate in the most outer of the entirety of splicing additional that outside overall for whole splicing is protected formation one sealing is overall.
The above embodiment is only the preferred embodiments of the present invention, and and the feasible enforcement of non-invention exhaustive.For persons skilled in the art, to any apparent change done by it under the prerequisite not deviating from the principle of the invention and spirit, all this practicality should be contemplated as falling with.
Claims (10)
1. a solar building integrated photo-thermal wind composite plate, it is characterized in that: it comprises the groove frame main body (1) vertically arranged, the transparent sealing plate (2) being covered in groove frame main body (1) opening side and the ventilating mechanisms be opened in groove frame main body (1), described groove frame main body (1) comprises backboard (11) and is located in the coaming plate (12) of backboard (11) outer eaves, described backboard (11) is fixedly connected with coaming plate (12), described transparent sealing plate (2) is fixedly connected with coaming plate (12), heat collector panel (7) is provided with in described groove frame main body (1), described ventilating mechanisms comprises the upper air outlet mechanism being arranged at groove frame main body (1) top and the lower air inlet mechanism being arranged at groove frame main body (1) bottom.
2. one according to claim 1 solar building integrated photo-thermal wind composite plate, is characterized in that: described backboard (11) outer wall is provided with main insulation layer (13).
3. one according to claim 2 solar building integrated photo-thermal wind composite plate, is characterized in that: described coaming plate (12) outer wall is provided with secondary insulation layer (14), and described main insulation layer (13) is connected with secondary insulation layer (14).
4. the solar building integrated photo-thermal wind of the one according to any one of claim 1-3 composite plate, it is characterized in that: described heat collector panel (7) is arranged at transparent sealing plate (2) side, and forming heating cavities (4) with described backboard (11) and coaming plate (12), described heat collector panel (7) outer eaves is fixedly connected with coaming plate (12).
5. one according to claim 4 solar building integrated photo-thermal wind composite plate, it is characterized in that: described upper air outlet mechanism comprises guide duct (33), the air outlet of described upper guide duct (33) is communicated with indoor through groove frame main body (1), described lower air inlet mechanism comprises lower guide duct (34), and the air intake of described lower guide duct (34) is communicated with indoor through groove frame main body (1).
6. one according to claim 5 solar building integrated photo-thermal wind composite plate, it is characterized in that: the air intake of described upper guide duct (33) is multiple wind-guiding inlet holes (35) be evenly arranged on guide duct (33) sidewall, the air outlet of described lower guide duct (34) is that multiple wind-guiding be evenly arranged on lower guide duct (34) sidewall portals (36), described wind-guiding inlet hole (35) and wind-guiding portal (36) be positioned at cavity (4), and position is corresponding.
7. one according to claim 4 solar building integrated photo-thermal wind composite plate, it is characterized in that: described upper air outlet mechanism comprises the upper ventilation opening (31) be arranged on backboard (11) and/or coaming plate (12), described lower air inlet mechanism comprises the lower gravity vent (32) be arranged on backboard (11) and/or coaming plate (12).
8. one according to claim 7 solar building integrated photo-thermal wind composite plate, is characterized in that: described upper ventilation opening (31) and/or lower gravity vent (32) are communicated with indoor by airduct (5).
9. one according to claim 4 solar building integrated photo-thermal wind composite plate, is characterized in that: described coaming plate (12) is the frame of rectangle, and the side that described coaming plate (12) is corresponding is provided with cramp bar (6).
10. one according to claim 8 solar building integrated photo-thermal wind composite plate, is characterized in that: described upper ventilation opening (31) and lower gravity vent (32) are provided with silk screen (15).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510558408.5A CN105133803B (en) | 2015-09-06 | 2015-09-06 | A kind of solar building integrated photo-thermal wind composite plate |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510558408.5A CN105133803B (en) | 2015-09-06 | 2015-09-06 | A kind of solar building integrated photo-thermal wind composite plate |
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| CN105133803A true CN105133803A (en) | 2015-12-09 |
| CN105133803B CN105133803B (en) | 2018-07-31 |
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| CN201510558408.5A Active CN105133803B (en) | 2015-09-06 | 2015-09-06 | A kind of solar building integrated photo-thermal wind composite plate |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN112146221A (en) * | 2020-08-31 | 2020-12-29 | 江苏长虹智能装备股份有限公司 | Module assembling type air conditioner roof air inlet filtering device |
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| Publication number | Publication date |
|---|---|
| CN105133803B (en) | 2018-07-31 |
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