CN105091158A - Energy storage module, air-conditioning energy storage module and energy-storage air conditioning terminal - Google Patents
Energy storage module, air-conditioning energy storage module and energy-storage air conditioning terminal Download PDFInfo
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- CN105091158A CN105091158A CN201410200903.4A CN201410200903A CN105091158A CN 105091158 A CN105091158 A CN 105091158A CN 201410200903 A CN201410200903 A CN 201410200903A CN 105091158 A CN105091158 A CN 105091158A
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F5/00—Air-conditioning systems or apparatus not covered by F24F1/00 or F24F3/00, e.g. using solar heat or combined with household units such as an oven or water heater
- F24F5/0007—Air-conditioning systems or apparatus not covered by F24F1/00 or F24F3/00, e.g. using solar heat or combined with household units such as an oven or water heater cooling apparatus specially adapted for use in air-conditioning
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Abstract
The invention belongs to the technical field of mounting decorative materials and heating and ventilation, relates to indoor heating, refrigerating, dehumidifying and energy storing techniques, and in particular relates to a technique of refrigerating or heating through a capillary network or heating through heating cables or floor heating pipes. An energy storage module, an air-conditioning energy storage module and an energy-storage air conditioning terminal with a reasonable design, a simple structure, convenience in paving, good cold-quantity and heat transfer effects, an energy storage function, extremely large surface cooling area and excellent dehumidifying capacity are provided; in particular, the energy-storage air conditioning terminal with a wall separating function can be combined with various heat pumps, solar energy water heaters, heating cables and central air systems thereof so as to achieve purposes of refrigerating, heating and regulating air; furthermore, by utilizing the energy storage function of the terminal, the maximization of energy saving is achieved.
Description
Technical field
The invention belongs to decoration material and Heating, Ventilation and Air Conditioning (HVAC) Technology field, relate to indoor heating refrigeration, dehumidifying and energy storage technology, especially relate to and a kind of to be freezed or heating by capillary network, or by a kind of energy-storage module of heating cable or floor heating pipe heating and air-conditioning energy-storage module and accumulation energy air conditioner end.
Background technology
In prior art, the method for paving of traditional capillary network radiation air-conditioner or thousand times are without exception, first on metope or ceiling, lay warming plate, on warming plate, lay capillary tube mats again, then, spread the thick above plaster of 10mm thereon, construction is complicated, take story height, scene is more filthy, moisture weight; Particularly, also need the air humidity of a set of complexity to regulate and control system, in use, generally can not open a window.Not only invest high, and it is high to consume energy when dehumidifying.
At present, market also have a kind of capillary network gravity air-conditioning be also called type of respiration air-conditioning or referred to as gravity air-conditioning cabinet, Gravity Tank, its principle is cabinet shell capillary network being placed in body of wall inner chamber or special facture, cabinet shell outer surface blows in mouth up and down, and can increase blower fan provides power that blower fan also can not be established to rely on Action of Gravity Field to provide power.When not establishing blower fan, in capillary network, the flowing of hot and cold water is freezed or heating chamber air, and temperature difference produces pressure and makes air automatic cycle, breathes room air and processes, the soft noiseless of wind speed.The gravity air-conditioning cabinet increasing blower fan can make the Forced Air Convection circularly cooling in room heat under blower fan pressurization.But this cover system price is high, execution conditions, by very large restriction, are unfavorable for penetration and promotion.
In prior art, also do not have a set ofly to solve indoor air cooling, heating, dehumidifying and can the technology of energy storage simultaneously.Under current overall situation, the technology such as low-carbon (LC), energy-conserving and environment-protective, energy storage are prior development directions in the world.
Summary of the invention
The object of the invention is for the problems referred to above, there is provided a kind of reasonable in design, structure simple, mat formation conveniently, cold transmission of heat is good, can energy storage, table huyashi-chuuka (cold chinese-style noodles) actively large and there is a kind of energy-storage module of good dehumidifying effect and air-conditioning energy-storage module and accumulation energy air conditioner end, particularly can bear a kind of energy-storage module of partition wall function and air-conditioning energy-storage module and accumulation energy air conditioner end simultaneously.This kind of energy-storage module and air-conditioning energy-storage module and accumulation energy air conditioner end is usual and the equipment such as various heat pump or solar water heater combinationally uses.
For achieving the above object, present invention employs following technical proposal: a kind of energy-storage module, comprise energy-storage module body, described energy-storage module is made up of the section bar of strip, shutoff and energy storage material, it is characterized in that, the surface of described section bar is formed with some draw-in grooves, described section bar inside is provided with the through hole at some through section bar body two ends, described shutoff is arranged on the two ends of described through hole and adaptive with described through hole, described through hole and described shutoff form airtight separate cavities, and described energy storage material is arranged in described separate cavities.
At above-mentioned a kind of energy-storage module, it is characterized in that, described section bar is aluminium alloy extruded section bar, and described energy storage material is phase change paraffin or microcapsules of storing energy through phase change or calcium chloride hexahydrate.
A kind of air-conditioning energy-storage module, comprise air-conditioning energy-storage module body, it is characterized in that, described air-conditioning energy-storage module is made up of described energy-storage module and heater, and described heater is heating cable or floor heating pipe, described draw-in groove and heater adaptation.Usually, heating cable and floor heating pipe use simultaneously, accordingly, a block-type material has the draw-in groove of different size, size according to heating cable and floor heating pipe is come adaptive, and usually, the side place draw-in groove of section bar is the draw-in groove of semicircle, can be encircled into a circular channel when two adjacent section bars are drawn close, this circular channel is for placing floor heating pipe; And the upper surface portion draw-in groove of section bar is used for holding heating cable and size is just adaptive.The object that arranges like this is, in the winter of severe cold, supplementing of a kind of thermal source to indoor heating, utilize heating cable as heater, the low price policy that can make full use of paddy electricity in evening enjoys cheap electric energy, utilize floor heating pipe as heat carrier, the free solar energy on daytime can be made full use of, the solar energy free Gu electricity He daytime in evening is carried out heat deposit by the energy storage material in separate cavities, allow indoor heating enjoy evening cheap electric energy and daytime free solar energy, to reach energy-conservation object.
A kind of air-conditioning energy-storage module, comprise air-conditioning energy-storage module, it is characterized in that, described air-conditioning energy-storage module is made up of described energy-storage module and capillary network, described capillary network is laid on energy-storage module, described capillary network comprises water inlet pipe and return pipe and the some capillaries being communicated with water inlet pipe and return pipe, and described capillary is arranged in draw-in groove.Usually, heat-conducting glue is filled up in the gap of capillary and draw-in groove, is used for strengthening heat transfer rate; The material of capillary network is PP-R or PE-RT or metal; The diameter of capillary spacing at about 4.3mm and is each other between 10mm-40mm.In the design, described capillary network is often referred to traditional capillary network grid, but also can according to actual conditions, and capillary design is become the capillary network moving towards in " S " type to arrange, the material of this capillary network is made with copper or stainless steel tube usually.Usually, this air-conditioning energy-storage module and various heat pump are combined, and meanwhile, capillary network can make full use of low-grade hot water (30 DEG C ~ 35 DEG C hot water); As a kind of energy-saving scheme, this air-conditioning energy-storage module simultaneously in conjunction with the thermal source such as heat pump, solar energy, can utilize the energy-storage function of this module, reaches energy-conservation maximization.
A kind of air-conditioning energy-storage module, comprise air-conditioning energy-storage module body, it is characterized in that, described air-conditioning energy-storage module is made up of described energy-storage module, capillary network and heater, described capillary network is laid on energy-storage module, described capillary network comprises water inlet pipe and return pipe and the some capillaries being communicated with water inlet pipe and return pipe, and described capillary and heater are arranged in described draw-in groove.Usually, heater is heating cable; Usually, heating cable and capillary network use simultaneously, accordingly, a block-type material has the draw-in groove of different size, size according to heating cable and capillary is come adaptive, and usually, the side place draw-in groove of section bar is the draw-in groove of semicircle, can be encircled into a circular channel when two adjacent section bars are drawn close, this circular channel is for placing heating cable; And the upper surface portion draw-in groove of section bar is used for holding capillary and size is just adaptive.The object that arranges like this is, in the winter of severe cold, supplementing of a kind of thermal source to indoor heating, utilize heating cable as heater, the low price policy that can make full use of paddy electricity in evening enjoys cheap electric energy, utilize capillary as heat carrier, the free solar energy on daytime can be made full use of, simultaneously, capillary network can make full use of low-grade hot water (30 DEG C ~ 35 DEG C hot water), the solar energy free Gu electricity He daytime in evening is carried out heat deposit by the energy storage material in separate cavities, allow indoor heating enjoy evening cheap electric energy and daytime free solar energy, to reach energy-conservation object.Usually, this air-conditioning energy-storage module and various heat pump are combined, and as a kind of energy-saving scheme, this air-conditioning energy-storage module simultaneously in conjunction with thermals source such as heat pump, solar energy, heating cables, can utilize the energy-storage function of this module, reach energy-conservation maximization.
A kind of accumulation energy air conditioner end, comprise accumulation energy air conditioner end, described accumulation energy air conditioner end comprises air-conditioning energy-storage module, ajutage, structure keel, decoration panel, moisture-proof heat-insulation layer, air port, water pipe and water pipe coupling assembling, wall facade and be arranged on the guiding gutter for guiding condensed water and the mozzle of described air-conditioning energy-storage module lower end, it is characterized in that, described moisture-proof heat-insulation layer is laid on wall facade, described structure keel at a certain distance and be parallel to each other to be fixed on and be equipped with on the wall facade of moisture-proof heat-insulation layer, described air-conditioning energy-storage module to be laid between two adjacent structure keel and to be coupled together by described water pipe and water pipe coupling assembling, described decoration panel is fixed on described structure keel, cavity is formed between described air-conditioning energy-storage module and described moisture-proof heat-insulation layer or decoration panel, described ajutage is arranged on one end of described cavity, described air port is arranged on the other end of described cavity and forms a coherent vent passages together.Usually, described air port is arranged on the face of floor or floor skirting, is even structure as a whole with floor skirting.Usually, moisture-proof heat-insulation layer is composited by IXPE foaming layer and thermal reflecting coating.Usually, decoration panel towards the surface of air-conditioning energy-storage module through damp-proof treatment.
At above-mentioned a kind of accumulation energy air conditioner end, it is characterized in that, the side of described ajutage is provided with some air outlets and towards described cavity, described air outlet place is provided with volume damper and kuppe.Usually, volume damper is used for regulating the wind flow in each air port of ajutage side, the application of kuppe, allow wind evenly flow through from the surface of air-conditioning energy-storage module, accelerate and the energy exchange of air-conditioning energy-storage module.
At above-mentioned a kind of accumulation energy air conditioner end, it is characterized in that, described guiding gutter is installed in described air-conditioning energy-storage module lower end and keeps certain distance with described decoration panel, described guiding gutter is connected on described mozzle, described mozzle is exclusively used in the condensed water that the air-conditioning energy-storage module surface described in guiding produces, and in the gradient being more than or equal to 1% when installing, be beneficial to the derivation of condensed water.Usually, mozzle is finally directly spliced to sewer pipe.
At above-mentioned a kind of accumulation energy air conditioner end, it is characterized in that, described structure keel are the tubular structure of a hollow, and its cross section is in " work " font or " mouth " font, and the inner hollow place of described structure keel is provided with water pipe described in part and water pipe coupling assembling.Usually, " work " font or " mouth " character form structure keel to be used on indoor wall and to play the effect of fixing decoration panel, separation air-conditioning energy-storage module, load-bearing.
A kind of accumulation energy air conditioner end, comprise accumulation energy air conditioner end, described accumulation energy air conditioner end comprises air-conditioning energy-storage module, ajutage, structure keel, decoration panel, air port, water pipe and water pipe coupling assembling and be arranged on the guiding gutter for guiding condensed water and the mozzle of described air-conditioning energy-storage module lower end, it is characterized in that, described structure keel are fixed between ground and ceiling at a certain distance, described structure keel are parallel each other, described air-conditioning energy-storage module to be laid between two adjacent structure keel and to be coupled together by described water pipe and water pipe coupling assembling, described decoration panel is fixed on described structure keel, cavity is formed between described air-conditioning energy-storage module and described decoration panel, described ajutage is arranged on one end of described cavity, described air port is arranged on the other end of described cavity and forms a coherent vent passages together.Usually, such accumulation energy air conditioner end is used in two sides all to be needed on the partition wall of changes in temperature function, and the thickness of partition wall is greatly about about 120mm, ultralight, ultra-thin, and sound insulation is good, has both had traditional isolation features of partition wall, has played again the effect of room conditioning.Usually, described air port is arranged on the face of floor or floor skirting, is even structure as a whole with floor skirting.And decoration panel towards the surface of air-conditioning energy-storage module through damp-proof treatment.
At above-mentioned a kind of accumulation energy air conditioner end, it is characterized in that, the side of described ajutage is provided with some air outlets and towards described cavity, described air outlet place is provided with volume damper and kuppe.Usually, volume damper is used for regulating the wind flow in each air port of ajutage side, the application of kuppe, allow wind evenly flow through from the surface of air-conditioning energy-storage module, accelerate and the energy exchange of air-conditioning energy-storage module.
At above-mentioned a kind of accumulation energy air conditioner end, it is characterized in that, described guiding gutter is installed in described air-conditioning energy-storage module lower end and keeps certain distance with described decoration panel, described guiding gutter is connected on described mozzle, described mozzle is exclusively used in the condensed water that the air-conditioning energy-storage module surface described in guiding produces, and in the gradient being more than or equal to 1% when installing, be beneficial to the derivation of condensed water.Usually, mozzle is finally directly spliced to sewer pipe.
At above-mentioned a kind of accumulation energy air conditioner end, it is characterized in that, described structure keel are the tubular structure of a hollow, and its cross section is in " work " font or " mouth " font, and the inner hollow place of described structure keel is provided with water pipe described in part and water pipe coupling assembling.Usually, " work " font or " mouth " character form structure keel to be used on partition wall and to play the effect of fixing decoration panel, separation air-conditioning energy-storage module, load-bearing.
A kind of accumulation energy air conditioner end, comprise accumulation energy air conditioner end, described accumulation energy air conditioner end comprises air-conditioning energy-storage module, ajutage, common joists, floor, elastomer, moisture-proof heat-insulation layer, air port, ground, it is characterized in that, described common joists at a certain distance and be parallel to each other and be fixed on the ground, described moisture-proof heat-insulation layer is laid on ground and common joists, described air-conditioning energy-storage module to be laid on moisture-proof heat-insulation layer and between two adjacent common joists, described floor to be fixed on described common joists and to contact with described air-conditioning energy-storage module upper surface, the elastomer described in several is provided with between the lower surface of described air-conditioning energy-storage module and the upper surface of moisture-proof heat-insulation layer, and by the elastomeric support described in several, make to form cavity between the upper surface of the lower surface of described air-conditioning energy-storage module and described moisture-proof heat-insulation layer, described ajutage is arranged on one end of described cavity, described air port is arranged on the other end of described cavity and forms a coherent vent passages together.Usually, described air port is arranged on the face of floor or floor skirting, is even structure as a whole with floor skirting.Usually, moisture-proof heat-insulation layer is composited by IXPE foaming layer and thermal reflecting coating.Elastomer is used for supporting the air-conditioning energy-storage module of monoblock, elastic deformation can be produced under pressure, this elastomer not only supports air-conditioning energy-storage module and makes the bottom of air-conditioning energy-storage module and ground produce certain cavity, ensure that the upper surface energy of air-conditioning energy-storage module and floor are close to simultaneously.
At above-mentioned a kind of accumulation energy air conditioner end, it is characterized in that, the side of described ajutage is provided with some air outlets and towards described cavity, described air outlet place is provided with volume damper and kuppe.Usually, volume damper is used for regulating the wind flow in each air port of ajutage side, the application of kuppe, allow wind evenly flow through from the surface of air-conditioning energy-storage module, accelerate and the energy exchange of air-conditioning energy-storage module.
At above-mentioned a kind of accumulation energy air conditioner end, it is characterized in that, be equipped with moistureproof heat conducting film between the upper surface of described energy-storage module and the lower surface on described floor, described moistureproof heat conducting film is composited by non-woven fabrics, graphite paper and damp-proof membrane successively.
Compared with prior art, the advantage of this technology is: provide a kind of reasonable in design, structure simple, mat formation conveniently, cold transmission of heat is good, can energy storage, table huyashi-chuuka (cold chinese-style noodles) actively large and there is a kind of energy-storage module of good dehumidifying effect and air-conditioning energy-storage module and accumulation energy air conditioner end, particularly can bear a kind of accumulation energy air conditioner end of partition wall function simultaneously, can and various heat pump and VMC thereof combinationally use, to reach the object of refrigeration and heating and adjustment air thereof.In running, the condensed water on air-conditioning energy-storage module surface can also remove the pollution of indoor formaldehyde and air suspension thing.
Accompanying drawing explanation
Fig. 1 is a kind of energy-storage module structural representation of embodiment 1 provided by the invention;
Fig. 2 is wherein a kind of schematic cross-section of the section bar of a kind of energy-storage module in embodiment 1 provided by the invention;
Fig. 3 is wherein a kind of schematic cross-section of the section bar of a kind of energy-storage module in embodiment 1 provided by the invention;
Fig. 4 is wherein a kind of schematic cross-section of the section bar of a kind of energy-storage module in embodiment 1 provided by the invention;
Fig. 5 is wherein a kind of schematic cross-section of the section bar of a kind of energy-storage module in embodiment 1 provided by the invention;
Fig. 6 is wherein a kind of schematic cross-section of the section bar of a kind of energy-storage module in embodiment 1 provided by the invention;
Fig. 7 is a kind of air-conditioning energy-storage module structural representation of embodiment 2 provided by the invention;
Fig. 8 is the capillary network structural representation in embodiment 2 provided by the invention;
Fig. 9 is a kind of air-conditioning energy-storage module structural representation of embodiment 3 provided by the invention;
Figure 10 is a kind of air-conditioning energy-storage module structural representation of embodiment 4 provided by the invention;
Figure 11 is a kind of accumulation energy air conditioner end structure schematic diagram of embodiment 5 provided by the invention;
Figure 12 is a kind of accumulation energy air conditioner end structure schematic diagram of embodiment 6 provided by the invention;
Figure 13 is a kind of accumulation energy air conditioner end structure schematic diagram of embodiment 7 provided by the invention;
Figure 14 is a kind of accumulation energy air conditioner end moistureproof heat conduction film structure schematic diagram wherein in embodiment 7 provided by the invention.
In figure, energy-storage module 1, air-conditioning energy-storage module 2, accumulation energy air conditioner end 3, ajutage 4, structure keel 5, decoration panel 6, moisture-proof heat-insulation layer 7, air port 8, water pipe and water pipe coupling assembling 9, wall facade 10, section bar 11, capillary network 12, guiding gutter 13, mozzle 14, energy storage material 15, electric heating body 16, cavity 17, ground 18, common joists 19, floor 20, elastomer 21, moistureproof heat conducting film 22, enter return pipe sheath 23, air outlet 41, volume damper 42, kuppe 43, draw-in groove 111, through hole 112, shutoff 113, separate cavities 114, water inlet pipe 121, return pipe 122, capillary 123, heating cable 161, floor heating pipe 162, non-woven fabrics 221, graphite paper 222, damp-proof membrane 223.
Detailed description of the invention
Embodiment 1:
As Fig. 1, Fig. 2, Fig. 3, Fig. 4, shown in Fig. 5 and Fig. 6, a kind of energy-storage module, comprise energy-storage module 1 body, described energy-storage module 1 is by the aluminium alloy extruded section bar 11 of strip, shutoff 113 and energy storage material 15 form, it is characterized in that, the surface of aluminium alloy extruded section bar 11 is formed with some draw-in grooves 111, aluminium alloy extruded section bar 11 inside is provided with the through hole 112 at some through section bar 11 body two ends, shutoff 113 is just arranged on the two ends of through hole 112, and it is adaptive with through hole 112, through hole 112 and shutoff 113 form airtight separate cavities 114, energy storage material 15 is arranged in separate cavities 114.
In the present embodiment, first good for section bar 11 sawing of certain length, one end through hole 112 of section bar 11 is blocked with shutoff 113, then, appropriate energy storage material 15 from the through hole 112 of the other end filling enter, finally another block shutoff 113 is sealed up, formed one airtight and contain the separate cavities 114 of energy storage material 15.
Usually, energy storage material 15 is phase change paraffin or microcapsules of storing energy through phase change or calcium chloride hexahydrate, according to the characteristic of expanding with heat and contract with cold of energy storage material 15, in separate cavities 114,100% can not be full of energy storage material 15, reserve certain space.
As shown in Fig. 2, Fig. 3, Fig. 4, Fig. 5 and Fig. 6, in the present embodiment, according to actual needs, the cross section of section bar 11 can make various shape, and accordingly, the shape of the shutoff 113 at various section bar 11 two ends, also can be designed to difference; And the shape of draw-in groove 111, even if in same section bar 11, be designed to different styles as required, than as shown in Figure 5, the cross sectional shape of the draw-in groove on the draw-in groove 111 and section bar face of section bar side and size just different.
Embodiment 2:
As shown in Figure 7, a kind of air-conditioning energy-storage module, comprises air-conditioning energy-storage module 2 body, it is characterized in that, air-conditioning energy-storage module 2 is made up of energy-storage module 1 and heater 16, and heater 16 is heating cable 161 or floor heating pipe 162, draw-in groove 111 and heater 16 adaptation.
In the present embodiment, air-conditioning energy-storage module 2 is made up of three pieces of energy-storage modules 1, and as shown in Figure 5, section bar 11 cross section of the energy-storage module 1 of the right and left as shown in Figure 6 in the cross section of the section bar 11 of middle energy-storage module 1;
In the present embodiment, heating cable 161 and floor heating pipe 162 use simultaneously, accordingly, a block-type material 11 have the draw-in groove 111 of different size, and the size according to heating cable 161 and floor heating pipe 162 is come adaptive;
In the present embodiment, the side place draw-in groove 111 of section bar 11 is semicircle, and when two adjacent section bars 11 are drawn close, the draw-in groove 111 of two semicircles can be encircled into a circular channel, and this circular channel is for placing floor heating pipe 162; And the upper surface portion draw-in groove 111 of section bar 11 is used for holding heating cable 161 and size is just adaptive.
Embodiment 3:
As shown in Figure 8 and Figure 9, a kind of air-conditioning energy-storage module, comprise air-conditioning energy-storage module 2 body, it is characterized in that, air-conditioning energy-storage module 2 is made up of some pieces of energy-storage modules 1 and capillary network 12, capillary network 12 is laid on energy-storage module 1, and capillary network 12 comprises water inlet pipe 121 and return pipe 122 and the some capillaries 123 being communicated with water inlet pipe 121 and return pipe 122, and capillary 123 is arranged in described draw-in groove 111.
In the present embodiment, air-conditioning energy-storage module 2 is made up of three pieces of energy-storage modules 1 (as Fig. 1), the cross section of the section bar 11 of energy-storage module 1 as shown in Figure 3, upper and lower surface has draw-in groove 111 equally spaced and of the same size, capillary network 12 is laid in the upper and lower surface of air-conditioning energy-storage module 2, and the capillary 123 of capillary network 12 is laid in draw-in groove 111; As shown in Figure 9, capillary network 12 is " work " character form structure, is connected with each other between water inlet pipe 121 and return pipe 122 by some capillaries 123, and capillary 123 is spaced set and and draw-in groove 111 adaptation.
In the present embodiment, air-conditioning energy-storage module 2 two sides is all equipped with capillary network 12 as shown in Figure 9, and two water inlet pipes 121 at air-conditioning energy-storage module 2 two ends or return pipe 122 are fixed with entering return pipe sheath 23.
In the present embodiment, air-conditioning energy-storage module 2 is made up of three pieces of energy-storage modules 1 (as Fig. 1), and as shown in Figure 3, the side place draw-in groove 111 of section bar 11 is for placing heater 16 in the cross section of the section bar 11 of energy-storage module 1, in present case, heater 16 is heating cable 161.
Embodiment 4:
As shown in Figure 9 and Figure 10, a kind of air-conditioning energy-storage module, comprises air-conditioning energy-storage module 2, it is characterized in that, air-conditioning energy-storage module 2 is made up of two pieces of energy-storage modules 1, capillary network 12 and heater 16; As shown in Figure 9, capillary network 12 is " work " character form structure, is connected with each other between water inlet pipe 121 and return pipe 122 by some capillaries 123, and capillary 123 is spaced set and and draw-in groove 111 adaptation of energy-storage module 1 upper surface.
In the present embodiment, the section bar 11 (section bar sectional view as shown in Figure 4) in energy-storage module 1 only has a upper surface to be provided with draw-in groove 111, and capillary network 12 is laid on energy-storage module 1 upper surface.
In the present embodiment, air-conditioning energy-storage module 2 is made up of two pieces of energy-storage modules 1, and as shown in Figure 4, the side place draw-in groove 111 of section bar 11 is for placing heater 16, and in present case, heater 16 is heating cable 161 in the cross section of the section bar 11 of energy-storage module 1.
Embodiment 5:
As shown in figure 11, a kind of accumulation energy air conditioner end, comprise accumulation energy air conditioner end 3, accumulation energy air conditioner end 3 comprises air-conditioning energy-storage module 2, ajutage 4, structure keel 5, decoration panel 6, moisture-proof heat-insulation layer 7, air port 8, water pipe and water pipe coupling assembling 9, wall facade 10 and is arranged on the guiding gutter 13 for guiding condensed water and the mozzle 14 of air-conditioning energy-storage module 2 lower end.
First, cross section is fixed at a certain distance in " mouth " font and the structure keel 5 of hollow and is equipped with on the wall facade 10 of moisture-proof heat-insulation layer 7, and perpendicular to level ground, structure keel 5 are arranged in parallel each other;
Secondly, air-conditioning energy-storage module 2 is laid between two adjacent structure keel 5, two adjacent air-conditioning energy-storage modules 2 are coupled together by water pipe and water pipe coupling assembling 9, consider installing space, part water pipe and water pipe coupling assembling 9 are set to the inner hollow place of structure keel 5;
Finally, decoration panel 6 is fixed on structure keel 5, the thickness of structure keel 5 exceedes the thickness of air-conditioning energy-storage module 2, note when mating formation: will maintain a certain distance between air-conditioning energy-storage module 2 and decoration panel 6, between air-conditioning energy-storage module 2 and moisture-proof heat-insulation layer 7, thus form cavity 17, ajutage 4 is arranged on the upper end of cavity 17, and the side of ajutage 4 is provided with some air outlets 41 and towards cavity 17, air outlet 41 place is provided with volume damper 42 and kuppe 43.Guiding gutter 13 is installed in air-conditioning energy-storage module 2 lower end, and form the space of certain distance with decoration panel 6, guiding gutter 14 is connected on mozzle 13 by a flexible pipe, mozzle 13 is exclusively used in the condensed water that guiding air-conditioning energy-storage module 2 surface produces, and in the gradient being more than or equal to 1% when installing, be beneficial to the derivation of condensed water like this.Usually, mozzle 14 is finally directly spliced to sewer pipe.
As shown in figure 11, on the floor that is arranged on cavity 17 lower end, air port 8 or floor skirting.
The side of ajutage 4 is provided with some air outlets 41 and towards cavity 17, air outlet 41 place is provided with volume damper 42 and kuppe 43, regulate from the air outlet 41 of ajutage 4 through the air quantity of volume damper 42, pass through kuppe 43 wind out again through the surface of air-conditioning energy-storage module 2, flow out from the air port 8 of cavity 17 lower end again, the vent passages that formation one is coherent together.
Embodiment 6:
As shown in figure 12, a kind of accumulation energy air conditioner end, comprise accumulation energy air conditioner end 3, accumulation energy air conditioner end 3 comprises air-conditioning energy-storage module 2, ajutage 4, structure keel 5, decoration panel 6, air port 8, water pipe and water pipe coupling assembling 9 and is arranged on the guiding gutter 13 for guiding condensed water and the mozzle 14 of air-conditioning energy-storage module 2 lower end.
First, cross section is fixed between ground and ceiling at a certain distance in " mouth " font and the structure keel 5 of hollow, and perpendicular to level ground, structure keel 5 are arranged in parallel each other;
Secondly, air-conditioning energy-storage module 2 is laid between two adjacent structure keel 5, two adjacent air-conditioning energy-storage modules 2 are coupled together by water pipe and water pipe coupling assembling 9, consider installing space, part water pipe and water pipe coupling assembling 9 are set to the inner hollow place of structure keel 5;
Finally, decoration panel 6 is fixed on structure keel 5, the thickness of structure keel 5 exceedes the thickness of air-conditioning energy-storage module 2, note when mating formation: will maintain a certain distance between air-conditioning energy-storage module 2 and decoration panel 6, thus form cavity 17, ajutage 4 is arranged on the upper end of cavity 17, and the side of ajutage 4 is provided with some air outlets 41 and towards cavity 17, air outlet 41 place is provided with volume damper 42 and kuppe 43.Guiding gutter 13 is installed in air-conditioning energy-storage module 2 lower end, and form the space of certain distance with decoration panel 6, guiding gutter 14 is connected on mozzle 13 by a flexible pipe, mozzle 13 is exclusively used in the condensed water that guiding air-conditioning energy-storage module 2 surface produces, and in the gradient being more than or equal to 1% when installing, be beneficial to the derivation of condensed water like this.Usually, mozzle 14 is finally directly spliced to sewer pipe.
As shown in figure 11, on the floor that is arranged on cavity 17 lower end, air port 8 or floor skirting.
Embodiment 7:
As shown in Figure 13 and Figure 14, a kind of accumulation energy air conditioner end, comprises accumulation energy air conditioner end 3, and accumulation energy air conditioner end 3 comprises air-conditioning energy-storage module 2, ajutage 4, common joists 19, floor 20, elastomer 21, moisture-proof heat-insulation layer 7, air port 8, ground 18;
First, common joists 19 by equidistantly and be parallel to each other and be fixed on ground 18, retentively board keel 19 on a horizontal plane;
Secondly, be laid on by moisture-proof heat-insulation layer 7 on ground 18 and common joists 19, namely moisture-proof heat-insulation layer 7 is close on the face of ground 18 and common joists 19;
Finally, air-conditioning energy-storage module 2 to be laid on moisture-proof heat-insulation layer 7 and between two adjacent common joists 19, again floor 20 to be fixed on common joists 19 and to contact with air-conditioning energy-storage module 2 upper surface, several elastomers 21 are provided with between the lower surface and the upper surface of moisture-proof heat-insulation layer 7 of air-conditioning energy-storage module 2, and pass through the support of this elastomer 21, make to form cavity 17 between the upper surface of the lower surface of air-conditioning energy-storage module 2 and moisture-proof heat-insulation layer 7, ajutage 4 is arranged on one end of cavity 17.Elastomer 21 is used for supporting the air-conditioning energy-storage module 2 of monoblock, elastic deformation can be produced under pressure, this elastomer 21 not only supports air-conditioning energy-storage module 2 and makes the bottom of air-conditioning energy-storage module 2 and ground 18 produce certain cavity 17, ensure that the upper surface energy of air-conditioning energy-storage module 2 and the lower surface on floor 20 are close to simultaneously.
In the present embodiment, the side of ajutage 4 is provided with some air outlets 41 and towards cavity 17, air outlet 41 place is provided with volume damper 42 and kuppe 43.Usually, volume damper 42 is used for regulating the wind flow in each air port of ajutage 4 side, the application of kuppe 43, allow wind evenly flow through from the surface of air-conditioning energy-storage module 2, accelerate and the energy exchange of air-conditioning energy-storage module 2.
In the present embodiment, be equipped with moistureproof heat conducting film 22 between the upper surface of air-conditioning energy-storage module 2 and the lower surface on floor 20, as shown in figure 14, moistureproof heat conducting film 22 is composited by non-woven fabrics 221, graphite paper 222 and damp-proof membrane 223 successively.
Specific embodiment described herein is only to the explanation for example of the present invention's spirit.Those skilled in the art can make various amendment or supplement or adopt similar mode to substitute to described specific embodiment, but can't depart from spirit of the present invention or surmount the scope that appended claims defines.
Although more employ energy-storage module herein, air-conditioning energy-storage module, accumulation energy air conditioner end, ajutage, structure keel, decoration panel, moisture-proof heat-insulation layer, air port, water pipe and water pipe coupling assembling, wall facade, section bar, capillary network, guiding gutter, mozzle, energy storage material, electric heating body, cavity, ground, common joists, floor, elastomer, moistureproof heat conducting film, enter return pipe sheath, air outlet, volume damper, kuppe, draw-in groove, through hole, shutoff, separate cavities, water inlet pipe, return pipe, capillary, heating cable, floor heating pipe, non-woven fabrics, graphite paper, the terms such as damp-proof membrane, but do not get rid of the possibility using other term.These terms are used to be only used to describe and explain essence of the present invention more easily; The restriction that they are construed to any one additional is all contrary with spirit of the present invention.
Claims (16)
1. an energy-storage module, comprise energy-storage module (1) body, described energy-storage module (1) is by the section bar (11) of strip, shutoff (113) and energy storage material (15) composition, it is characterized in that, the surface of described section bar (11) is formed with some draw-in grooves (111), described section bar (11) inside is provided with the through hole (112) at some through section bar (11) body two ends, described shutoff (113) is arranged on the two ends of described through hole (112) and adaptive with described through hole (112), described through hole (112) and described shutoff (113) form airtight separate cavities (114), described energy storage material (15) is arranged in described separate cavities (114).
2. a kind of energy-storage module according to claim 1, is characterized in that, described section bar (11) is aluminium alloy extruded section bar, and described energy storage material (15) is phase change paraffin or microcapsules of storing energy through phase change or calcium chloride hexahydrate.
3. according to claim 1, a kind of air-conditioning energy-storage module, comprise air-conditioning energy-storage module (2) body, it is characterized in that, described air-conditioning energy-storage module (2) is made up of the energy-storage module (1) described in some pieces and heater (16), described heater (16) for heating cable (161) or floor heating pipe (162) and and described draw-in groove (111) adaptive.
4. according to claim 1, a kind of air-conditioning energy-storage module, comprise air-conditioning energy-storage module (2) body, it is characterized in that, described air-conditioning energy-storage module (2) is made up of the energy-storage module (1) described in some pieces and capillary network (12), described capillary network (12) is laid on energy-storage module (1), described capillary network (12) comprises water inlet pipe (121) and return pipe (122) and the some capillaries (123) being communicated with water inlet pipe (121) and return pipe (122), described capillary (123) is arranged in described draw-in groove (111).
5. according to claim 1, a kind of air-conditioning energy-storage module, comprise air-conditioning energy-storage module (2) body, it is characterized in that, described air-conditioning energy-storage module (2) is by the energy-storage module (1) described in some pieces, capillary network (12) and heater (16) composition, described capillary network (12) is laid on energy-storage module (1), described capillary network (12) comprises water inlet pipe (121) and return pipe (122) and the some capillaries (123) being communicated with water inlet pipe (121) and return pipe (122), described capillary (123) and heater (16) are arranged in draw-in groove (111).
6. according to claim 1 or 3 or 4 or 5, a kind of accumulation energy air conditioner end, comprise accumulation energy air conditioner end (3), described accumulation energy air conditioner end (3) comprises air-conditioning energy-storage module (2), ajutage (4), structure keel (5), decoration panel (6), moisture-proof heat-insulation layer (7), air port (8), water pipe and water pipe coupling assembling (9), wall facade (10) and be arranged on the guiding gutter for guiding condensed water (13) and the mozzle (14) of described air-conditioning energy-storage module (2) lower end, it is characterized in that, described moisture-proof heat-insulation layer (7) is laid on wall facade (10), described structure keel (5) at a certain distance and be parallel to each other to be fixed on and be equipped with on the wall facade (10) of moisture-proof heat-insulation layer (7), described air-conditioning energy-storage module (2) to be laid between two adjacent structure keel (5) and to be coupled together by described water pipe and water pipe coupling assembling (9), described decoration panel (6) is fixed on described structure keel (5), cavity (17) is formed between described air-conditioning energy-storage module (2) and described moisture-proof heat-insulation layer (7) or decoration panel (6), described ajutage (4) is arranged on one end of described cavity (17), described air port (8) is arranged on the other end of described cavity (17) and forms a coherent vent passages together.
7. a kind of accumulation energy air conditioner end according to claim 6, it is characterized in that, the side of described ajutage (4) is provided with some air outlets (41) and towards described cavity (17), described air outlet (41) place is provided with volume damper (42) and kuppe (43).
8. a kind of accumulation energy air conditioner end according to claim 6, it is characterized in that, described guiding gutter (13) is installed in described air-conditioning energy-storage module (2) lower end and keeps certain distance with described decoration panel (6), described guiding gutter (13) is connected on described mozzle (14), described mozzle (14) is exclusively used in the condensed water that air-conditioning energy-storage module (2) surface described in guiding produces, and in the gradient being more than or equal to 1% when installing, be beneficial to the derivation of condensed water.
9. a kind of accumulation energy air conditioner end according to claim 6, it is characterized in that, described structure keel (5) are the tubular structure of a hollow, its cross section is in " work " font or " mouth " font, and the inner hollow place of described structure keel (5) is provided with water pipe described in part and water pipe coupling assembling (9).
10. according to claim 1 or 3 or 4 or 5, a kind of accumulation energy air conditioner end, comprise accumulation energy air conditioner end (3), described accumulation energy air conditioner end (3) comprises air-conditioning energy-storage module (2), ajutage (4), structure keel (5), decoration panel (6), air port (8), water pipe and water pipe coupling assembling (9) and be arranged on the guiding gutter for guiding condensed water (13) and the mozzle (14) of described air-conditioning energy-storage module (2) lower end, it is characterized in that, described structure keel (5) are fixed between ground and ceiling at a certain distance, described structure keel (5) are parallel each other, described air-conditioning energy-storage module (2) to be laid between two adjacent structure keel (5) and to be coupled together by described water pipe and water pipe coupling assembling (9), described decoration panel (6) is fixed on described structure keel (5), cavity (17) is formed between described air-conditioning energy-storage module (2) and described decoration panel (6), described ajutage (4) is arranged on one end of described cavity (17), described air port (8) is arranged on the other end of described cavity (17) and forms a coherent vent passages together.
11. a kind of accumulation energy air conditioner ends according to claim 10, it is characterized in that, the side of described ajutage (4) is provided with some air outlets (41) and towards described cavity (17), described air outlet (41) place is provided with volume damper (42) and kuppe (43).
12. a kind of accumulation energy air conditioner ends according to claim 10, it is characterized in that, described guiding gutter (13) is installed in described air-conditioning energy-storage module (2) lower end and keeps certain distance with described decoration panel (6), described guiding gutter (13) is connected on described mozzle (14), described mozzle (14) is exclusively used in the condensed water that air-conditioning energy-storage module (2) surface described in guiding produces, and in the gradient being more than or equal to 1% when installing, be beneficial to the derivation of condensed water.
13. a kind of accumulation energy air conditioner ends according to claim 10, it is characterized in that, described structure keel (5) are the tubular structure of a hollow, its cross section is in " work " font or " mouth " font, and the inner hollow place of described structure keel (5) is provided with water pipe described in part and water pipe coupling assembling (9).
14. according to claim 1 or 3 or 4 or 5, a kind of accumulation energy air conditioner end, comprise accumulation energy air conditioner end (3), described accumulation energy air conditioner end (3) comprises air-conditioning energy-storage module (2), ajutage (4), common joists (19), floor (20), elastomer (21), moisture-proof heat-insulation layer (7), air port (8), ground (18), it is characterized in that, described common joists (19) at a certain distance and be parallel to each other and be fixed on ground (18), described moisture-proof heat-insulation layer (7) is laid on ground (18) and common joists (19), it is upper and between adjacent two common joists (19) that described air-conditioning energy-storage module (2) is laid on moisture-proof heat-insulation layer (7), described floor (20) is fixed on described common joists (19) and goes up and contact with described air-conditioning energy-storage module (2) upper surface, the elastomer (21) described in several is provided with between the lower surface of described air-conditioning energy-storage module (2) and the upper surface of moisture-proof heat-insulation layer (7), and pass through the support of the elastomer (21) described in several, make to form cavity (17) between the upper surface of the lower surface of described air-conditioning energy-storage module (2) and described moisture-proof heat-insulation layer (7), described ajutage (4) is arranged on one end of described cavity (17), described air port (8) is arranged on the other end of described cavity (17) and forms a coherent vent passages together.
15. a kind of accumulation energy air conditioner ends according to claim 14, it is characterized in that, the side of described ajutage (4) is provided with some air outlets (41) and towards described cavity (17), described air outlet (41) place is provided with volume damper (42) and kuppe (43).
16. a kind of accumulation energy air conditioner ends according to claim 14, it is characterized in that, be equipped with moistureproof heat conducting film (22) between the upper surface of described air-conditioning energy-storage module (2) and the lower surface of described floor (20), described moistureproof heat conducting film (22) is composited by non-woven fabrics (221), graphite paper (222) and damp-proof membrane (223) successively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410200903.4A CN105091158A (en) | 2014-05-12 | 2014-05-12 | Energy storage module, air-conditioning energy storage module and energy-storage air conditioning terminal |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410200903.4A CN105091158A (en) | 2014-05-12 | 2014-05-12 | Energy storage module, air-conditioning energy storage module and energy-storage air conditioning terminal |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108738178A (en) * | 2017-04-20 | 2018-11-02 | 刘勇 | A kind of electrical heating heat-storing device |
| CN110925915A (en) * | 2019-12-03 | 2020-03-27 | 青岛理工大学 | Active adaptive energy-saving outer wall and method |
-
2014
- 2014-05-12 CN CN201410200903.4A patent/CN105091158A/en active Pending
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108738178A (en) * | 2017-04-20 | 2018-11-02 | 刘勇 | A kind of electrical heating heat-storing device |
| CN110925915A (en) * | 2019-12-03 | 2020-03-27 | 青岛理工大学 | Active adaptive energy-saving outer wall and method |
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Application publication date: 20151125 |