CN102012107B

CN102012107B - Building aluminum alloy solar heat collector

Info

Publication number: CN102012107B
Application number: CN200910234693A
Authority: CN
Inventors: 唐翔; 张志军
Original assignee: Xuzhou University of Technology
Current assignee: Xuzhou University of Technology
Priority date: 2009-11-27
Filing date: 2009-11-27
Publication date: 2012-09-05
Anticipated expiration: 2029-11-27
Also published as: CN102012107A

Abstract

The invention discloses a building aluminum alloy solar heat collector which belongs to a solar energy utilization technology and comprises a plurality of heat collecting core boards, core board connecting plates, water outlet pipes arranged at the upper ends of the heat collecting core boards and the core board connecting plates, and water inlet pipes arranged at the lower ends of the heat collecting core boards and the core board connecting plates; the heat collecting core boards are connected between the water outlet pipes and the water inlet pipes; the core board connecting plates are inserted into side grooves of the heat collecting core boards; and a side upright is inserted into a slot of the heat collecting core board at the outermost side, insulating material layers with aluminum foils are arranged at the back surfaces of the heat collecting core boards and the connecting plates, transparent insulation cover plates are inserted into clamping grooves of the water outlet pipe and the water inlet pipe, and side frames are connected to the left side and the right side of the heat collecting core boards. The invention has the advantages of simple structure, convenience for manufacture and light weight, ensures that a heat collector is integrated with a building wall body structure into a whole, can be used for producing hot water, and can be used as an insulation building material.

Description

But the aluminium alloy solar thermal collector of building materialsization

Technical field

The present invention relates to the solar thermal collector technical field, but specifically be a kind of aluminium alloy solar thermal collector of building materialsization.

Background technology

Solar energy has plurality of advantages such as economic, practical, pollution-free as a kind of regenerative resource, in architectural Application and Development in many aspects such as hot water, heating, illumination, refrigeration.But no matter the solar thermal utilization product is the domestic solar water heater; Or centralized solar heating engineering; All without exception be the conveyance system of building; And most to be installed in building or adjacent building above, the harmony that influences whole sub-district is with attractive in appearance, to such an extent as to many sub-districts are arranged even stipulate not allow to install solar energy.

Summary of the invention

For overcome solar thermal collector cost of manufacture height, inconvenient installation, not with heat collector and building organically combines, service life is short defective; But the present invention provides a kind of aluminium alloy solar thermal collector of building materialsization; Heat collector and construction wall structure are combined together; Both capable of producing hot water, can use as heat preservation construction material again.

The present invention realizes with following technical scheme: but a kind of aluminium alloy solar thermal collector of building materialsization; It is characterized in that, comprise some heat-collecting core boards, the central layer connecting plate; Be positioned at the outlet pipe of heat-collecting core board and central layer connecting plate upper end, be positioned at the water inlet pipe of heat-collecting core board and central layer connecting plate lower end; Heat-collecting core board is connected between water inlet pipe and the outlet pipe; The central layer connecting plate inserts in the limit groove of heat-collecting core board; Be inserted with edge column in the outermost heat-collecting core board slot, be provided with the adiabator layer of band aluminium foil at the back side of heat-collecting core board and connecting plate, the one side that adiabator layer has aluminium foil contacts with heat-collecting core board, and the other one side of adiabator layer and base plate combine; In the draw-in groove of water inlet pipe and outlet pipe, be plugged with transparent insulation cover plate, be connected with frame in the left and right sides of heat-collecting core board.

Owing to adopted technique scheme, adopt socket connection between each parts, fabrication and installation are very convenient; It both can be used as a large amount of lives of solar thermal collector generation and had used hot water; Can be used as simultaneously heat-insulating construction material again and use, can effectively reduce the heat waste of body of wall, well solved the problem of solar building design integration; Realized the combination of technology, made solar energy resources can better be human service with art.But the heat collector building materialsization make heat collector become wing; Because all adopt the aluminum light material, heat collector is in light weight, be convenient to install; Adopt Alcoa, the heat collector life-span is long, can be synchronous with the life-span of building.The central layer of this heat collector and housing adopt anticorrosion aluminium, extrusion modling, and no pad, corrosion resistance is fabulous; Wall ratio is thinner, light weight, and globality and rigidity are better.

The invention has the beneficial effects as follows: simple in structure, easy to make, in light weight, both capable of producing hot water, again can be as heat preservation construction material.

Description of drawings

Fig. 1 is a front view of the present invention;

Fig. 2 is the profile of Fig. 1;

Fig. 3 is water inlet pipe and outlet pipe structural representation;

Fig. 4 is the border structure sketch map;

Fig. 5 is the edge column structural representation;

Fig. 6 is a central layer connecting plate structural representation;

Fig. 7 is the heat-collecting core board structural representation.

The specific embodiment

Among the figure: 1, frame, 2, adiabator layer, 3, the insulation cover plate, 4, edge column, 5, heat-collecting core board, 6, the central layer connecting plate, 7, base plate, 8, outlet pipe, 9, water inlet pipe, 10, connecting hole, 11, draw-in groove.

As shown in Figure 3, water inlet pipe 9 is provided with the connecting hole 10 of confession grafting heat-collecting core board and the draw-in groove 11 of grafting transparent cover plate with outlet pipe 8.

As shown in Figure 4, frame is uncovered on one side closed-in construction.

As shown in Figure 5, edge column is a pole structure.

Connected structure as shown in Figure 6, that the both sides of central layer connecting plate have confession to cooperate with the slot of heat-collecting core board both sides.

Above-mentioned all aluminium alloy extrusions all pass through black anodizing after moulding.

As depicted in figs. 1 and 2; At first according to the modulus and the size of building; Calculate the length and the width of heat collector; According to width connecting hole 10 of beating as shown in Figure 3 on water inlet pipe 9, outlet pipe 8 of heat-collecting core board 5 and central layer connecting plate 6, inject heat-collecting core board 5 in the connecting hole, adopt gluing or welding method and upper and lower conduit to be fixed together.Insert central layer connecting plate 6 in the limit groove 11 of heat-collecting core board.Insert edge column 4 in the outermost heat-collecting core board slot; The gluing adiabator layer 2 that has aluminium foil at the back side of heat-collecting core board and central layer connecting plate, the one side that the insulation core layer has aluminium foil contacts with heat-collecting core board 5, the other one side of insulation core layer and base plate 7 bondings; Insert transparent insulation cover plate 3 in the draw-in groove of water pipe; Be stuck in the left and right sides of heat-collecting core board to frame 1, dig two apertures near the place of water pipe up and down at frame simultaneously, so that the outer silk of aluminium alloy that welds together with upper and lower conduit exposes; Be convenient to interconnecting between the heat collector, around transparent insulation cover plate, be coated with a circle fluid sealant sealing at last.

Except that adiabator layer and insulation cover plate, other material is all by the anticorrosion aluminium extrusion modling, and all carries out black anodizing; Heat-collecting core board is a rectangle three hole aluminum alloy plate materials, and upper face carries out plucking to be handled, and there is slot both sides; Make things convenient for the grafting of connecting plate and gripper shoe; Heat-collecting core board inserts the two outlet on top and bottom pipe, adopts adhesive means to connect, and transparent cover plate is inserted in the upper and lower conduit draw-in groove.

Claims

1. but the aluminium alloy solar thermal collector of building materialsization; It is characterized in that, comprise some heat-collecting core boards (5), central layer connecting plate (6); Be positioned at the outlet pipe (8) of heat-collecting core board (5) and central layer connecting plate (6) upper end, be positioned at the water inlet pipe (9) of heat-collecting core board (5) and central layer connecting plate (6) lower end; Heat-collecting core board (5) is connected between water inlet pipe (9) and the outlet pipe (8); Central layer connecting plate (6) inserts in the limit groove of heat-collecting core board (5); Be inserted with edge column (4) in the groove of outermost heat-collecting core board limit; Be provided with the adiabator layer (2) of band aluminium foil at the back side of heat-collecting core board and connecting plate; The one side that adiabator layer (2) has aluminium foil contacts with heat-collecting core board (5), and the other one side of adiabator layer (2) and base plate (7) combine; In the draw-in groove of water inlet pipe (9) and outlet pipe (8), be plugged with transparent insulation cover plate (3), be connected with frame (1) in the left and right sides of heat-collecting core board.

2. but the aluminium alloy solar thermal collector of building materialsization according to claim 1 is characterized in that, connecting hole (10) is arranged on water inlet pipe and outlet pipe, and heat-collecting core board (5) inserts in the connecting hole, adopts gluing or welding manner to be fixedly connected with inlet tube and outlet tube.

3. but the aluminium alloy solar thermal collector of building materialsization according to claim 1 is characterized in that, heat-collecting core board is a rectangle three hole aluminum alloy plate materials, and upper face carries out plucking to be handled, and there is the limit groove both sides.