CN105890202A - Flat plate solar heat collector and heat absorption component thereof - Google Patents
Flat plate solar heat collector and heat absorption component thereof Download PDFInfo
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- CN105890202A CN105890202A CN201410848644.6A CN201410848644A CN105890202A CN 105890202 A CN105890202 A CN 105890202A CN 201410848644 A CN201410848644 A CN 201410848644A CN 105890202 A CN105890202 A CN 105890202A
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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
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Abstract
The invention discloses a heat absorption component of a flat plate solar heat collector. The heat absorption component is a flat hollow heat absorption plate. Ribs or grooves perpendicular to the length direction of the flat hollow heat absorption plate are arranged on the light receiving face of the flat hollow heat absorption plate. Inlet and outlet channels of heating medium working substances are arranged at the diagonal positions of the upper portion and the lower portion of the flat hollow heat absorption plate. Multiple flat hollow heat absorption plates are arranged in a heat preservation type box of the solar heat collector in a vertically parallel manner. The dip angles of the light receiving faces of all the flat hollow heat absorption plates are consistent and meet the lighting face dip angle adopted by the local solar heat collector.
Description
Technical field:
The present invention relates to the heat sink of solar thermal collector, especially relate to vertically arranged high efficiency flat board
The heat sink of type solar thermal collector
Background technology:
The solar thermal collector of prior art, can only be when solar radiation overlaps with local meridian,
Best set Warm status can be reached, and there is presently no a kind of solar thermal collector and can will have whole sunshine-duration
The solar thermal collector all run as best set Warm status comes out, and its main cause is exactly its heat extractor portion
Caused by part design defect.
Summary of the invention:
The present invention seeks to provide a kind of can be changed into the plate of best set Warm status by whole sunshine-durations
The heat sink of flat-plate solar heat collector, concrete technical method is as follows:
1, the heat sink of a kind of flat-plate solar heat collector, is the heat-absorbing plate core of platypelloid type hollow structure；
Top and the bottom diagonal at plate core is provided with the access way mouth of heating agent working medium, in the phototropic face side of plate core
Plate face on N many hyperboloids right angled triangle fin, the light of described hyperboloid right angled triangle fin
Face is mutually perpendicular to the skew wall wall of described hyperboloid right angled triangle fin bottom；And make all the most parallel
The inclination angle mutual one of all sensitive surfaces of the hyperboloid right angled triangle fin being arranged on heat collector heat-absorbing plate core
Make peace and meet the lighting surface inclination angle that local solar thermal collector is used；Described heat-absorbing plate core is vertically fixed on
In the thermal-insulating type casing of solar thermal collector；The aperture of described thermal-insulating type casing is provided with transparent cover plate；Its
Feature is: the hyperboloid right angled triangle fin on described heat-absorbing plate core is not the most arranged in parallel straight
Formula strip fin structure, but have the many semicircle hyperboloid right angled triangle fins protruded of N or depressed part
Regular arrangement on heat-absorbing plate core, it may be assumed that all semicircle hyperboloid right angled triangle fins protruded or
Depressed part is made upper and lower continuous arrangement and lateral separation arrangement on heat-absorbing plate core or vertical and horizontal is spaced, also
Dislocation up and down can be used and laterally have staggered arrangement mode, and the semicircle hyperboloid protruded can be made to the greatest extent straight
Triangle fin quantity on heat-absorbing plate core in angle increases；Each on described heat-absorbing plate core is semicircle to be protruded
Hyperboloid right angled triangle fin or the inclined-plane that is adjacent of the sensitive surface of depressed part be mutually perpendicular to；Described half
The external shape of the circular hyperboloid right angled triangle fin protruded just like " prismatic Fructus glochidionis puberi(Herba Glochidii Puberi) " and longitudinally slit after
The shape obtained
2, the heat sink of a kind of flat-plate solar heat collector, it is to be arranged in up and down laterally collector by N more
Between vertically disposed endothermic tube formed, the outside of each vertically disposed endothermic tube is closely set with
Multiple shapes are such as " prismatic Fructus glochidionis puberi(Herba Glochidii Puberi) "Graphite heat-absorbing model；Each " prismatic Fructus glochidionis puberi(Herba Glochidii Puberi) " shape heat-absorbing model
Top sensitive surface and lower inclined plane be mutually perpendicular to and make all of graphite heat-absorbing model in the middle of solar thermal collector
Sensitive surface inclination angle one make peace and meet the lighting surface inclination angle that local solar thermal collector is used；Described is upper and lower
Laterally collector is supply pipe and the outlet tube of heating agent working medium respectively；Described heat sink is vertically fixed on the sun
In the thermal-insulating type casing of energy heat collector.
In the middle of the present invention, described " prismatic Fructus glochidionis puberi(Herba Glochidii Puberi) " shape can also be made up of upper and lower two parts, fin line with
On part use highly heat-conductive material make, fin line with lower part use low Heat Conduction Material make or make sky
Cavity produces heat insulation effect.
In the middle of the present invention, outside described endothermic tube and endothermic tube " prismatic Fructus glochidionis puberi(Herba Glochidii Puberi) " shape heat-absorbing model also
Can be the integrally manufactured of same material；Described " prismatic Fructus glochidionis puberi(Herba Glochidii Puberi) " shape can also be scaled rear tight
Be arranged on the outer wall of endothermic tube and make their sensitive surface inclination angle consistent with each other and meet local solar energy collection
The lighting surface inclination angle that hot device is used.Described endothermic tube and " prismatic Fructus glochidionis puberi(Herba Glochidii Puberi) " center of shape heat-absorbing model
Line rear section can also be buried in the middle of heat-barrier material
3, the heat sink of a kind of flat-plate solar heat collector it be by one be provided with on face-piece multiple up and down
Arranged in parallel and make the import and export of heating agent working medium be connected in parallel on independently of each other left and right two vertical-type inner flow passage fins
Between byThe platypelloid type heat-absorbing plate core that the banding endothermic section that shape type inner flow passage fin is constituted is formed；
DescribedShape type inner flow passage fin endothermic section, is connected in parallel on up and down laterally between inner flow passage fin by multiple
The vertical fin of inner flow passage that semi-cylindrical protrudes is constituted；Described horizontal inner flow passage fin up and down is banding respectively
The supply channel of the internal heating agent working medium in endothermic section and delivery channel；In the middle of described banding endothermic section, heating agent
The supply side position of working medium is always tilting relatively less than output one end and formation diagonal；Stream in described vertical-type
The profile of road fin can also be the vertical fin of inner flow passage that half cone table top protrudes；Described half cone table top protrudes
The inclined-plane light accepting part of the vertical fin of inner flow passage meets the lighting surface inclination angle that local solar thermal collector is used；Institute
State platypelloid type heat-absorbing plate core to be vertically disposed in the thermal-insulating type casing of solar thermal collector.
4, the heat sink of a kind of flat-plate solar heat collector, is a kind of platypelloid type hollow absorber plate, in institute
State to be arranged with on the sensitive surface of platypelloid type hollow absorber plate and be perpendicular to the half of platypelloid type hollow absorber plate length direction
Face of cylinder fin or groove, the top and the bottom diagonal positions of described platypelloid type hollow absorber plate is provided with heating agent work
The import and export passage of matter, described platypelloid type hollow absorber plate is made many in the thermal-insulating type casing of solar thermal collector
Top and the bottom between individual platypelloid type hollow absorber plate are arranged in parallel；And make being subject to of all platypelloid type hollow absorber plates
Bright finish inclination angle is consistent with each other and meets the lighting surface inclination angle that local solar thermal collector is used；Described platypelloid type
The heating agent working medium of hollow absorber plate is arranged in importing and exporting the thermal-insulating type casing being connected to solar thermal collector
On two vertical collectors.
5, the heat sink of a kind of flat-plate solar heat collector, it is that to be the most fitly arranged with N many
In the platypelloid type constituted after the linking together of taper type shape pit " ◎ " or the face-piece of lobe and back plate seals
Empty heat-absorbing plate core；Described platypelloid type hollow heat-absorbing plate core is vertically fixed on the insulation molding box of solar thermal collector
Internal；The sensitive surface inclination angle of described taper type shape pit or lobe meets local solar thermal collector and is used
Lighting surface inclination angle；The import and export of the inside heating agent working medium of described platypelloid type hollow heat-absorbing plate core are arranged on heat absorption
In the diagonal positions of plate core top and the bottom.
In the middle of the present invention, described taper type pit or lobe can also be replaced by sphere pit or lobe
Generation.
In the middle of the present invention, described platypelloid type hollow heat-absorbing plate core is also designed to daylight spherical-concave-surface or in institute
It is covered with the most overlapping crescent arc groove on the surface of the platypelloid type hollow heat-absorbing plate core stated, and makes crescent moon
Shape arc groove arc sinks in platypelloid type hollow heat-absorbing plate core, it may be assumed that the crescent moon arc groove depth maximum two of mid portion
While be zero arc fall into mode；The fin of 90 degree of knuckles, institute is constituted between neighbouring crescent arc groove
The oblique concave surface in top stating knuckle fin is sensitive surface, and on platypelloid type hollow heat-absorbing plate core surface, all knuckles are convex
The sensitive surface inclination angle of rib is consistent with each other and meets the lighting surface inclination angle that local solar thermal collector is used.
Specific embodiment:
Below by specific embodiment, the present invention will be further described:
1, the heat sink of a kind of flat-plate solar heat collector, is the heat-absorbing plate core of platypelloid type hollow structure；
Top and the bottom diagonal at plate core is provided with the access way mouth of heating agent working medium, in the phototropic face side of plate core
Plate face on N many hyperboloids right angled triangle fin, the light of described hyperboloid right angled triangle fin
Face is mutually perpendicular to the skew wall wall of described hyperboloid right angled triangle fin bottom；And make all the most parallel
The inclination angle mutual one of all sensitive surfaces of the hyperboloid right angled triangle fin being arranged on heat collector heat-absorbing plate core
Make peace and meet the lighting surface inclination angle that local solar thermal collector is used；Described heat-absorbing plate core is vertically fixed on
In the thermal-insulating type casing of solar thermal collector；The aperture of described thermal-insulating type casing is provided with transparent cover plate；Its
Feature is: the hyperboloid right angled triangle fin on described heat-absorbing plate core is not the most arranged in parallel straight
Formula strip fin structure, but have the many semicircle hyperboloid right angled triangle fins protruded of N or depressed part
Regular arrangement on heat-absorbing plate core, it may be assumed that all semicircle hyperboloid right angled triangle fins protruded or
Depressed part is made upper and lower continuous arrangement and lateral separation arrangement on heat-absorbing plate core or vertical and horizontal is spaced, also
Dislocation up and down can be used and laterally have staggered arrangement mode, and the semicircle hyperboloid protruded can be made to the greatest extent straight
Triangle fin quantity on heat-absorbing plate core in angle increases；Each on described heat-absorbing plate core is semicircle to be protruded
Hyperboloid right angled triangle fin or the inclined-plane that is adjacent of the sensitive surface of depressed part be mutually perpendicular to；Described half
The external shape of the circular hyperboloid right angled triangle fin protruded just like " prismatic Fructus glochidionis puberi(Herba Glochidii Puberi) " and longitudinally slit after
The shape obtained
2, the heat sink of a kind of flat-plate solar heat collector, it is to be arranged in up and down laterally collector by N more
Between vertically disposed endothermic tube formed, the outside of each vertically disposed endothermic tube is closely set with
Multiple shapes are such as " prismatic Fructus glochidionis puberi(Herba Glochidii Puberi) " shapeGraphite heat-absorbing model；Each " prismatic Fructus glochidionis puberi(Herba Glochidii Puberi) " shape heat absorption mould
The top sensitive surface of block and lower inclined plane are mutually perpendicular to and make all of graphite heat absorption mould in the middle of solar thermal collector
The sensitive surface inclination angle of block is consistent；Described horizontal up and down collector is supply pipe and the outlet tube of heating agent working medium respectively；
Described heat sink is vertically fixed in the thermal-insulating type casing of solar thermal collector.
In the middle of the present invention, described " prismatic Fructus glochidionis puberi(Herba Glochidii Puberi) " shape can also be made up of upper and lower two parts, fin line with
On part use highly heat-conductive material make, fin line with lower part use low Heat Conduction Material make or make sky
Cavity produces heat insulation effect.
In the middle of the present invention, outside described endothermic tube and endothermic tube " prismatic Fructus glochidionis puberi(Herba Glochidii Puberi) " shape heat-absorbing model also
Can be the integrally manufactured of same material；Described " prismatic Fructus glochidionis puberi(Herba Glochidii Puberi) " shape heat-absorbing model can also contract in proportion
It is closely arranged on the outer wall of endothermic tube and makes their sensitive surface inclination angle consistent with each other after little and meet locality
The lighting surface inclination angle that solar thermal collector is used.Described endothermic tube and " prismatic Fructus glochidionis puberi(Herba Glochidii Puberi) " and shape heat absorption mould
The centrage rear section of block can also be buried in the middle of heat-barrier material.
3, the heat sink of a kind of flat-plate solar heat collector it be by one be provided with on face-piece multiple up and down
Arranged in parallel and make the import and export of heating agent working medium be connected in parallel on independently of each other left and right two vertical-type inner flow passage fins
Between byThe platypelloid type heat-absorbing plate core that the banding endothermic section that shape type inner flow passage fin is constituted is formed；
DescribedShape type inner flow passage fin endothermic section, is connected in parallel on up and down laterally between inner flow passage fin by multiple
The vertical fin of inner flow passage that semi-cylindrical protrudes is constituted；Described horizontal inner flow passage fin up and down is banding respectively
The supply channel of the internal heating agent working medium in endothermic section and delivery channel；In the middle of described banding endothermic section, heating agent
The supply side position of working medium is always tilting relatively less than output one end and formation diagonal；Stream in described vertical-type
The profile of road fin can also be the vertical fin of inner flow passage that half cone table top protrudes；Described half cone table top protrudes
The inclined-plane light accepting part of the vertical fin of inner flow passage meets the lighting surface inclination angle that local solar thermal collector is used；Institute
State platypelloid type heat-absorbing plate core to be vertically disposed in the thermal-insulating type casing of solar thermal collector.
4, the heat sink of a kind of flat-plate solar heat collector, is a kind of platypelloid type hollow absorber plate, in institute
State to be arranged with on the sensitive surface of platypelloid type hollow absorber plate and be perpendicular to the half of platypelloid type hollow absorber plate length direction
Face of cylinder fin or groove, the top and the bottom diagonal positions of described platypelloid type hollow absorber plate is provided with heating agent work
The import and export passage of matter, described platypelloid type hollow absorber plate is made many in the thermal-insulating type casing of solar thermal collector
Top and the bottom between individual platypelloid type hollow absorber plate are arranged in parallel；And make being subject to of all platypelloid type hollow absorber plates
Bright finish inclination angle is consistent with each other and meets the lighting surface inclination angle that local solar thermal collector is used；Described platypelloid type
The heating agent working medium of hollow absorber plate is arranged in importing and exporting the thermal-insulating type casing being connected to solar thermal collector
On two vertical collectors.
5, the heat sink of a kind of flat-plate solar heat collector, it is that to be the most fitly arranged with N many
In the platypelloid type constituted after the linking together of taper type shape pit " ◎ " or the face-piece of lobe and back plate seals
Empty heat-absorbing plate core；Described platypelloid type hollow heat-absorbing plate core is vertically fixed on the insulation molding box of solar thermal collector
Internal；The sensitive surface inclination angle of described taper type shape pit or lobe meets local solar thermal collector and is used
Lighting surface inclination angle；The import and export of the inside heating agent working medium of described platypelloid type hollow heat-absorbing plate core are arranged on heat absorption
In the diagonal positions of plate core top and the bottom.
In the middle of the present invention, described taper type pit or lobe can also be replaced by sphere pit or lobe
Generation.
In the middle of the present invention, described platypelloid type hollow heat-absorbing plate core is also designed to daylight spherical-concave-surface or in institute
It is covered with the most overlapping crescent arc groove on the surface of the platypelloid type hollow heat-absorbing plate core stated, and makes crescent moon
Shape arc groove arc sinks in platypelloid type hollow heat-absorbing plate core, it may be assumed that the crescent moon arc groove depth maximum two of mid portion
While be zero arc fall into mode；The fin of 90 degree of knuckles, institute is constituted between neighbouring crescent arc groove
The oblique concave surface in top stating knuckle fin is sensitive surface, and on platypelloid type hollow heat-absorbing plate core surface, all knuckles are convex
The sensitive surface inclination angle of rib is consistent with each other and meets the lighting surface inclination angle that local solar thermal collector is used.
By above representative embodiment, disclose the initiative spirit of the present invention, on this basis, this area
Technical staff can also derive more embodiment according to common knowledge and conventional techniques, and without creating
The property made is worked, and this kind of situation all meets the scope that presents has disclosed and claimed.
Claims (10)
1. a heat sink for flat-plate solar heat collector, is the heat-absorbing plate core of platypelloid type hollow structure；
The diagonal position, top and the bottom of plate core is provided with the access way mouth of heating agent working medium, in plate core phototropic face side
Plate face on N many hyperboloids right angled triangle fin, the top of described hyperboloid right angled triangle fin
Sensitive surface is mutually perpendicular to the skew wall wall of described hyperboloid right angled triangle fin bottom；And make all up and down
The sensitive surface inclination angle of all hyperboloid right angled triangle fins being arranged in parallel within heat collector heat-absorbing plate core is mutual
One makes peace meets the lighting surface inclination angle that local solar thermal collector is used；Described heat-absorbing plate core is fitted vertically
In the thermal-insulating type casing of solar thermal collector；The aperture of described thermal-insulating type casing is provided with transparent cover plate；Its
Feature is: the hyperboloid right angled triangle fin on described heat-absorbing plate core is not the most arranged in parallel straight
Formula strip fin structure, but by the many semicircle hyperboloid right angled triangle fins protruded of N or depressed part
Regular arrangement on absorber plate central layer face, it may be assumed that all semicircle hyperboloid right angled triangles protruded are convex
Rib or depressed part make upper and lower continuous arrangement and lateral separation arrangement or vertical and horizontal interval row on heat-absorbing plate core
Row, it would however also be possible to employ misplace up and down and the arrangement mode laterally having intersection, can make to the greatest extent the hyperbolic of semicircle protrusion
Right angled triangle fin quantity on heat-absorbing plate core in face increases and not shading mutually；Every on described heat-absorbing plate core
It is mutual that the sensitive surface of one semicircle hyperboloid right angled triangle fin protruded or depressed part is adjacent inclined-plane
Vertically；The external shape of the described semicircle hyperboloid right angled triangle fin protruded is just like " prismatic Fructus glochidionis puberi(Herba Glochidii Puberi) "
The shape obtained after longitudinally slit.
2. a heat sink for flat-plate solar heat collector, it is to be arranged in up and down laterally collector by N more
Between vertically disposed endothermic tube formed, the outside of each endothermic tube is closely set with multiple such as " rib
Shape Fructus glochidionis puberi(Herba Glochidii Puberi) " the graphite heat-absorbing model of shapeAnd make top sensitive surface and the lower inclined plane of each heat-absorbing model
It is mutually perpendicular to and makes the sensitive surface inclination angle one of all graphite heat-absorbing models in the middle of solar thermal collector make peace meet
The lighting surface inclination angle that local solar thermal collector is used；Described horizontal up and down collector is solar energy collection respectively
The supply pipe of the internal heating agent working medium of hot device and outlet tube；Described heat sink is vertically fixed on solar energy heating
In the thermal-insulating type casing of device.
3. according to the heat sink of the flat-plate solar heat collector described in claim 2, also reside in: institute's " rib
Shape Fructus glochidionis puberi(Herba Glochidii Puberi) " shape is made up of upper and lower two parts, and part more than fin line uses highly heat-conductive material to make, convex
Crest line uses low Heat Conduction Material to make with lower part or makes cavity body and produces heat insulation effect.
4. according to the heat sink of the flat-plate solar heat collector described in claim 2, also reside in: described
" prismatic Fructus glochidionis puberi(Herba Glochidii Puberi) " shape heat-absorbing model outside endothermic tube and endothermic tube is the integrally manufactured of same material；Institute
State " prismatic Fructus glochidionis puberi(Herba Glochidii Puberi) " shape heat-absorbing model can also scaled after be closely arranged in outside endothermic tube
On wall and make their sensitive surface inclination angle consistent with each other and meet the lighting surface that local solar thermal collector is used
Inclination angle.
5. according to the heat sink of the arbitrary flat-plate solar heat collector described in claim 2,3,4, also
Be: the centrage rear section of described endothermic tube and " prismatic Fructus glochidionis puberi(Herba Glochidii Puberi) " shape heat-absorbing model thereof be buried in every
In the middle of hot material.
6. a heat sink for flat-plate solar heat collector, it is to be provided with on multiple on face-piece by one
Under arranged in parallel and make the import and export of heating agent working medium be connected in parallel on independently of each other left and right two vertical-type inner flow passages convex
Between rib byThe platypelloid type absorber plate that the banding endothermic section that shape type inner flow passage fin is constituted is formed
Core；DescribedShape type inner flow passage fin endothermic section, is to be connected in parallel on up and down laterally inner flow passage fin by multiple
Between semi-cylindrical protrude the vertical fin of inner flow passage constituted；Described horizontal inner flow passage fin up and down is respectively
It is supply channel and the delivery channel of the internal heating agent working medium in banding endothermic section；In the middle of described banding endothermic section,
The supply side position of heating agent working medium is always tilting relatively less than output one end and formation diagonal；Described vertical-type
The profile of inner flow passage fin can also be the vertical fin of inner flow passage that half cone table top protrudes；Described half cone table top is convex
The inclined-plane light accepting part of the vertical fin of inner flow passage gone out meets the lighting surface that local solar thermal collector used and inclines
Angle；Described platypelloid type heat-absorbing plate core is vertically disposed in the thermal-insulating type casing of solar thermal collector.
7. a heat sink for flat-plate solar heat collector, is a kind of platypelloid type hollow absorber plate, in institute
State to be arranged with on the sensitive surface of platypelloid type hollow absorber plate and be perpendicular to the half of platypelloid type hollow absorber plate length direction
Face of cylinder fin or groove, the top and the bottom diagonal positions of described platypelloid type hollow absorber plate is provided with heating agent work
The import and export passage of matter, described platypelloid type hollow absorber plate is made many in the thermal-insulating type casing of solar thermal collector
Top and the bottom between individual platypelloid type hollow absorber plate are arranged in parallel；And make being subject to of all platypelloid type hollow absorber plates
Bright finish inclination angle is consistent with each other and meets the lighting surface inclination angle that local solar thermal collector is used；Described platypelloid type
The heating agent working medium of hollow absorber plate is arranged in importing and exporting the thermal-insulating type casing being connected to solar thermal collector
On two vertical collectors.
8. a heat sink for flat-plate solar heat collector, it is that to be the most fitly arranged with N many
The platypelloid type hollow constituted after linking together taper type pit " ◎ " or the face-piece of lobe and back plate seals
Heat-absorbing plate core；Described platypelloid type hollow heat-absorbing plate core is vertically fixed on the thermal-insulating type casing of solar thermal collector
In；What the sensitive surface inclination angle of described taper type pit or lobe met that local solar thermal collector used adopts
Bright finish inclination angle；The import and export of the inside heating agent working medium of described platypelloid type hollow heat-absorbing plate core are arranged on heat-absorbing plate core
In the diagonal positions of top and the bottom.
9. according to the heat sink of the flat-plate solar heat collector described in claim 8, also reside in: described
Taper type pit or lobe are substituted by sphere pit or lobe.
10., according to the flat-plate solar heat collector heat sink described in claim 8, also reside in: described
The surface of platypelloid type hollow heat-absorbing plate core uses daylight spherical-concave-surface or to be covered with the most overlapping crescent arc recessed
Groove, and make crescent arc groove arc sink in platypelloid type hollow heat-absorbing plate core, it may be assumed that the crescent moon of mid portion
Arc groove depth maximum both sides be zero arc fall into mode；90 degree of foldings are constituted between neighbouring crescent arc groove
The fin at angle, the oblique concave surface in top of described knuckle fin is sensitive surface, on platypelloid type hollow heat-absorbing plate core surface
The sensitive surface inclination angle of upper all knuckle fins is consistent with each other and meets the daylighting that local solar thermal collector is used
Inclination angle, face.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201410848644.6A CN105890202A (en) | 2014-12-21 | 2014-12-21 | Flat plate solar heat collector and heat absorption component thereof |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410848644.6A CN105890202A (en) | 2014-12-21 | 2014-12-21 | Flat plate solar heat collector and heat absorption component thereof |
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Citations (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS59208350A (en) * | 1983-05-13 | 1984-11-26 | Riken Corp | Solar heat collecting system |
| CN2203428Y (en) * | 1994-09-22 | 1995-07-12 | 广东工学院 | Solar heat-collecting Al-Al composite plate |
| CN2819118Y (en) * | 2005-08-17 | 2006-09-20 | 刘术 | Planar solar collector |
| CN201155858Y (en) * | 2008-01-08 | 2008-11-26 | 姜德文 | Solar energy warmer |
| CN201764718U (en) * | 2010-08-27 | 2011-03-16 | 卢晖 | High-efficiency flat solar heat collecting panel fin structure |
| CN202119133U (en) * | 2011-06-22 | 2012-01-18 | 濮阳市天祥太阳能采暖工程有限公司 | Balcony type solar water heater without water tank |
| CN102607186A (en) * | 2012-03-19 | 2012-07-25 | 德州金亨新能源有限公司 | Solar heat collection fin and manufacturing method thereof |
| CN103930734A (en) * | 2011-10-03 | 2014-07-16 | Lrm工业国际公司 | Solar heat exchange panel |
| CN203771746U (en) * | 2013-12-21 | 2014-08-13 | 刘克亮 | B type solar water heater capable of being used for cooking |
| CN203810757U (en) * | 2014-04-25 | 2014-09-03 | 天丰新能源股份有限公司 | Solar heat collector |
-
2014
- 2014-12-21 CN CN201410848644.6A patent/CN105890202A/en active Pending
Patent Citations (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS59208350A (en) * | 1983-05-13 | 1984-11-26 | Riken Corp | Solar heat collecting system |
| CN2203428Y (en) * | 1994-09-22 | 1995-07-12 | 广东工学院 | Solar heat-collecting Al-Al composite plate |
| CN2819118Y (en) * | 2005-08-17 | 2006-09-20 | 刘术 | Planar solar collector |
| CN201155858Y (en) * | 2008-01-08 | 2008-11-26 | 姜德文 | Solar energy warmer |
| CN201764718U (en) * | 2010-08-27 | 2011-03-16 | 卢晖 | High-efficiency flat solar heat collecting panel fin structure |
| CN202119133U (en) * | 2011-06-22 | 2012-01-18 | 濮阳市天祥太阳能采暖工程有限公司 | Balcony type solar water heater without water tank |
| CN103930734A (en) * | 2011-10-03 | 2014-07-16 | Lrm工业国际公司 | Solar heat exchange panel |
| CN102607186A (en) * | 2012-03-19 | 2012-07-25 | 德州金亨新能源有限公司 | Solar heat collection fin and manufacturing method thereof |
| CN203771746U (en) * | 2013-12-21 | 2014-08-13 | 刘克亮 | B type solar water heater capable of being used for cooking |
| CN203810757U (en) * | 2014-04-25 | 2014-09-03 | 天丰新能源股份有限公司 | Solar heat collector |
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