CN103993663A

CN103993663A - Movable solar energy house

Info

Publication number: CN103993663A
Application number: CN201410191816.7A
Authority: CN
Inventors: 李富民
Original assignee: Individual
Current assignee: Individual
Priority date: 2014-05-08
Filing date: 2014-05-08
Publication date: 2014-08-20
Anticipated expiration: 2034-05-08
Also published as: CN103993663B

Abstract

The invention relates to a movable solar energy house, and belongs to the solar building-integrated photovoltaic technical field. The movable solar energy house is composed of solar cell substrates, connecting buckling plates, fixing blocks and transverse beams. Connecting strips are pasted to the solar cell substrates, the solar cell substrates are connected together by the connecting buckling plates through the connecting strips, the solar cell substrates, the connecting buckling plates and the transverse beams are fixed to the fixing blocks, cavities are formed by the inner connecting buckling plates and the outer connecting buckling plates, cables are led out from junction boxes of the solar cell substrates to carry out serial/parallel wiring in the cavities, hidden wiring can be completed at the same time in the installation process of the solar cell substrates, and a frame structure does not need to be erected in advance. The structure is simple, materials are saved, installation is rapid, and the power supply aim of the movable solar energy house used as a temporary building is achieved.

Description

A kind of active sun energy room

Technical field

The present invention relates to a kind of building, particularly a kind of easy-to-mount active sun energy room that can generate electricity, belongs to BIPV (Building Integrated PV) technical field.

Background technology

Temporary building is often moved use in our Working Life, as road construction, railway construction, geological prospecting, the wild instruction of army etc., although be at present improved to movable plank house by makeshift tent originally, but the powerup issue for position in temporary building from far-off regions becomes the problem that perplexs people for the moment, therefore people start to adopt solar electrical energy generation to solve this problem, as China Patent No.: 200620021005.3 < < mobile solar energy room > > adopt, on temporary building roof, solar panel are installed, come below wheel-mounted to be convenient to mobile, owing to being that architectural installing wheel having put up moves to operating position, but use a lot of land-service road injustice of temporary building also obstructed, far away, therefore use very inconvenient.China Patent No.: 200910246615.1 < < movable plank house > > have provided a kind of movable plank house technical scheme that can quickly dismantled, but it does not consider installation and the wiring problem of solar panel.

Summary of the invention

One of object of the present invention is a kind of mobilizable solar house of invention, solves the powerup issue of prefabricated house.

Two of object of the present invention is to realize the Fast Installation of solar photovoltaic assembly, and is convenient to wiring.

The technical issues that need to address of the present invention are: how to realize can Fast Installation active sun energy room, be convenient to wiring.

The technical solution used in the present invention is as follows:

A kind of active sun energy room, mainly comprise solar cell substrate, connect buckle, fixed block and crossbeam, it is characterized in that: on solar cell substrate, be bonded with connection strap, connecting buckle links together solar cell substrate by connection strap, solar cell substrate, connection buckle and crossbeam are fixed on fixed block, the inside and outside buckle that connects forms cavity, and the junction box extraction cable of solar cell substrate carries out series/parallel wiring in cavity.

Connection strap on described solar cell substrate is I-shaped, be bonded in the dual-side on the inside and outside two sides of solar cell substrate, the dowel of inner face is positioned at the junction box inner side of extraction cable, connects buckle and in two-port, has the T-slot matching with connection strap.

Described crossbeam is H font, and centre is blank pipe.

Described fixed block is cross, and the four limbs that stretch out are outer ladder siphunculus, and the external surface of four limbs inserts and coordinates with the blank pipe that is connected cavity that buckle forms and H crossbeam respectively.

Described connection strap, connection buckle and crossbeam are extrusion profile, and material is metal alloy or plastic cement, as aluminium alloy extrusions or PVC section bar.

The good effect producing: owing to having adopted connection buckle to become cavity structure with the mutual socket connection of connection strap on solar cell substrate, the sealing column that has replaced existing temporary building structure, make can complete buried wirring in solar cell substrate installation process simultaneously, do not need to build in advance frame construction, simple in structure, economize material material-saving, install fast, realized the powerup issue in the active sun energy room of using as temporary building.

Accompanying drawing explanation

Fig. 1: overall appearance structural representation of the present invention

Fig. 2: A-A cross-sectional view in Fig. 1

Fig. 3: B-B cross-sectional view in Fig. 1

Fig. 4: the structural representation of solar cell substrate 1 in Fig. 1

Fig. 5: in Fig. 2, centre position connects the schematic cross-section of buckle 2-1

Fig. 6: in Fig. 2, angle position outside connects the schematic cross-section of buckle 2-2

Fig. 7: in Fig. 2, angle position inner edge connects the schematic cross-section of buckle 2-3

Fig. 8: the schematic cross-section of centre position crossbeam 3-1 in Fig. 3

Fig. 9: the schematic cross-section of Fig. 3 insole binding and deckle position crossbeam 3-2

Figure 10: the structural representation of centre position fixed block 4-1 in Fig. 1

Figure 11: the structural representation of Fig. 1 insole binding and top margin centre position fixed block 4-2

Figure 12: the structural representation of angle position fixed block 4-3 in the middle of in Fig. 1

Figure 13: the structural representation of Fig. 1 insole binding and top margin angle position fixed block 4-4

The specific embodiment

As shown in Figure 4, at the connection strap that is vertically bonded with H shape 5 of the surfaces externally and internally of solar cell substrate 1, junction box 1-1 is positioned at the outside of connection strap 5.

As shown in Figure 5, connecting buckle 2-1 is the flat buckle that has T-slot at two ends, matches with the T word end of the connection strap 5 of H shape.

As shown in FIG. 6 and 7, the connection strap 5 of two solar cell substrates 1 that go out due to corner meets at right angles, so corresponding connection buckle 2-2 is the buckle that there is T-slot at rectangular-shaped two ends with being connected buckle 2-3.

As shown in Figure 8, crossbeam 3-1 is H shape, and centre is square tube hole.

As shown in Figure 9, crossbeam 3-2, due at base and top margin, only needs fluted on one side.

As shown in Figures 10 and 11, fixed block 4-1 is cross, two limbs that stretch out are up and down H shape, with be connected the H shape that buckle 2-1 forms in empty shape coordinate, two limbs that stretch out left and right are rectangle, are blank pipe in centre, and the square tube hole of crossbeam 3-1 coordinates, fixed block 4-2 is owing to being positioned at base and top margin, and lower end does not need outstanding leg.

As shown in FIG. 12 and 13, fixed block 4-3 is owing to being positioned at corner, and it is mutually vertical that three limbs are, and owing to being positioned at base and top margin corner goes out, a following limb does not need.

As shown in Figure 1, first fixed block 4-2 and fixed block 4-4 are inserted in the blank pipe of crossbeam 3-2, by the screw connection that is fixed, form the base of solar house, in the groove of the following insertion crossbeam 3-2 of solar cell substrate 1, by connecting buckle 2-1, insert on the connection strap 5 on solar cell substrate 1 with being connected buckle 2-2 and connecting buckle 2-3, the cavity lower end forming is inserted on corresponding fixed block 4-2 and fixed block 4-, by screw, be fixedly connected with, again crossbeam 3-1 is inserted into the top of solar cell substrate 1, again fixed block 4-1 and fixed block 4-3 are inserted in the cavity that is connected buckle formation and in the blank pipe of crossbeam, by screw, be fixedly connected with, again a upper row's solar cell substrate 1 is inserted on crossbeam, again connection buckle is connected, the output electrode that junction box 1-1 on solar cell substrate 1 is drawn is connected in series, order is until complete successively.

After installation, will connect glass cement sealing for place, the gap such as buckle, crossbeam and contiguous block, output electrode will be drawn out to indoor, be connected with the electrical equipment such as controller, battery, for solar energy prefabricated house, power.

Claims

1. an active sun energy room, mainly comprise solar cell substrate, connect buckle, fixed block and crossbeam, it is characterized in that: on solar cell substrate, be bonded with connection strap, connecting buckle links together solar cell tomb plate by connection strap, solar cell substrate, connection buckle and crossbeam are fixed on fixed block, the inside and outside buckle that connects forms cavity, and the junction box extraction cable of solar cell substrate carries out series/parallel wiring in cavity.

2. a kind of active sun energy as claimed in claim 1 room, it is characterized in that: the connection strap on described solar cell substrate is I-shaped, be bonded in the dual-side on the inside and outside two sides of solar cell substrate, the dowel of inner face is positioned at the junction box inner side of extraction cable, connects buckle and in two-port, has the T-slot matching with connection strap.

3. a kind of active sun energy as claimed in claim 1 room, is characterized in that: described crossbeam is H font, and centre is blank pipe.

4. a kind of active sun energy as claimed in claim 1 room, is characterized in that: described fixed block is cross, and the four limbs that stretch out are outer ladder siphunculus, and the external surface of four limbs inserts and coordinates with the blank pipe that is connected cavity that buckle forms and H crossbeam respectively.

5. a kind of active sun energy as claimed in claim 1 room, is characterized in that: described connection strap, connection buckle and crossbeam are extrusion profile, and material is metal alloy or plastic cement, as aluminium alloy extrusions or PVC section bar.