CN205017258U

CN205017258U - Current collecting solar brick

Info

Publication number: CN205017258U
Application number: CN201520701369.5U
Authority: CN
Inventors: 于堃
Original assignee: BENXI SAIZHI INDUSTRIAL Co Ltd
Current assignee: Benxi Han Guang Energy Technology Co., Ltd.
Priority date: 2015-09-10
Filing date: 2015-09-10
Publication date: 2016-02-03
Anticipated expiration: 2025-09-10

Abstract

The utility model relates to a current collecting solar brick belongs to solar energy power generation technical field. This solar energy brick uses nimble conveniently, need not concentrate and occupy a large amount of land area, can use in the city, and energy utilization is rateed highly. Include brick main part, frame and be located solar cell panel between the two. For the connection between convenient two adjacent solar energy bricks, set up two kinds of different structural style's frame, when laying, directly will through the step face overlap joint that matches each other can, the terminal that matches between the face can act as the wire, can regard as two adjacent solar energy bricks of connecting piece connection again. A line arrangement uses the flexibility high for connecting outside complicacy has been avoided in the internal portion of brick to the connecting wire setting of adjacent solar energy brick this solar energy brick can be laid in places such as the plaza in city, the room of waiting, building walls, then with the electric energy collected to near the power supply of facility or to defeated mains supply.

Description

A kind of collecting current type solar brick

Technical field

The utility model relates to a kind of solar brick, belongs to solar energy generation technology field.

Background technology

At present, international energy problem has become various countries' focus.Effective utilization of fossil energy and the exploitation of new forms of energy become scientists study emphasis.When fossil fuel reduces increasingly, solar energy has become the important component part that the mankind use the energy, and is constantly developed.The utilization of solar energy has Passive use (photothermal deformation) and opto-electronic conversion two kinds of modes, and solar power generation is a kind of emerging regenerative resource.It is first-selected that solar power generation becomes current clean energy resource.

China's " 12 " plan " production of energy and Land use systems change should be promoted ".By 2015, domestic installation weight reached 13GW in advance.The photovoltaic power generation apparatus of current employing mainly adopts: the kinds such as fixed power station, tracking mode power station, family power station, off-grid type power station.Various power large-scale electric generating station adopts centralized generating, that is needs to concentrate to capture the requirement that a large amount of land area just can reach centralized power generation.And, the place of so a large amount of land area can be provided, often concentrate on meagrely-populated place (such as northwest China), but need the place of a large amount of power supply, all concentrate on densely populated city (China east coastal waters).Thus, the electric energy that traditional centralized solar power generation produces, needs just can send to by the transmission of thousands of miles the place needing electricity consumption, not only needs cost high cost to build electric power transmission network, also can cause a large amount of energy loss in transmitting procedure, cause energy waste.

Utility model content

In view of this, the utility model provides a kind of collecting current type solar brick, flexible and convenient to use, does not need to concentrate to capture a large amount of land area, and can use in city, energy utilization rate is high.

Described collecting current type solar brick comprises: framework, solar panel and brick main body; Described solar panel is fixed between the brick main body of framework and transparent material.

Described framework is divided into framework A and framework B two kinds of versions; The bottom of described framework A tetra-sides is outward extended with projection, forming station terrace; The wiring hole for installing metal connection post of more than three vertical directions is distributed with at the upper surface of described projection; The wire hole through with this wiring hole is processed with in the below of each described wiring hole, after electric wire enters framework A inside through described wire hole, the bottom of described wiring hole internal wiring terminal and line contacts, wiring hole is stretched out at top; Described binding post is conductive material.

The top of four sides of described framework B is outward extended with projection, forming station terrace, for mating with the step surface on framework A; Be distributed with at the lower surface of described framework B side projection and mate binding post slot with binding post on framework A; Above each described binding post slot, be processed with the wire hole through with this binding post slot, it is inner that electric wire enters framework B through described wire hole; When described framework A and framework B is overlapped by the step surface of two sides, on described framework A, the top of binding post is positioned at the binding post slot of correspondence position on framework B, and with this binding post slot on framework B above line contacts in wire hole.

Enter in the electric wire of described lower portion, two are connected with negative pole with the positive pole of solar panel respectively, and one is directly stretched out from the wire hole of its another side through framework.

As a kind of optimal way of the present utility model, described solar panel embeds and is arranged in the groove of the upper surface of framework, described framework and brick main body affixed.

As a kind of optimal way of the present utility model, described brick main body is clear glass material, and described frame upper surface is provided with aluminium cake, and described brick main body is bonded in framework by described aluminium cake.

As a kind of optimal way of the present utility model, be processed with the groove for laying temperature transducer, optical sensor or LED at the upper surface of described framework.

Beneficial effect:

By arranging the framework of two kinds of different structure forms, when laying, directly the step surface by mutually mating is overlapped, easy for installation, good sealing effect; When reality uses, connection in series-parallel can be carried out to solar brick quickly and easily according to needs; Binding post between coupling face can serve as wire, can be used as again connector and connects adjacent two solar bricks.Connecting line is arranged on brick body inner, avoids the line arrangement of external complex, use flexibility high.

Accompanying drawing explanation

Fig. 1 is the structural representation that two frameworks combine;

Fig. 2 is the schematic rear view of framework B;

Fig. 3 is that two solar bricks connect explosive view;

Fig. 4 is two solar brick connection diagrams.

Wherein: 1-framework A, 2-framework B, 3-aluminium cake groove, 4-binding post, 5-groove, 6-wire hole, 7-solar panel, 8-armorplate glass, 9-aluminium cake, 10-binding post slot.

Embodiment

To develop simultaneously embodiment below in conjunction with accompanying drawing, the utility model is described in detail.

The present embodiment provides a kind of collecting current type solar brick, and this solar brick can be laid on the place such as shopping mall, Waiting Lounge, building walls in city, thus effectively utilizes solar energy, then by the electric energy of collection to neighbouring facility power or power to power transmission network.

This solar brick comprises: rectangular frame, solar panel 7 and armorplate glass 8, and described solar panel 7 is for absorbing solar energy.The engineering plastics such as described framework material selection nylon, bakelite, ABS, the centre position of frame upper surface is processed with for installing solar panel 7 rectangular channel; The upper surface of framework opposite end is respectively arranged with three aluminium cake grooves 3, after putting into aluminium cake 9, is fastened by bolts in described aluminium cake groove 3.When described armorplate glass 8 is installed, described aluminium cake applies light binding, put toughened glass 8 bonding firm under uviol lamp, make armorplate glass 8 and framework fix as a whole by aluminium cake-screw thus.The groove 5 for laying temperature transducer, optical sensor or LED is processed with at the upper surface of described framework.

For convenience of connection when laying between adjacent solar brick, realize the connection in series-parallel between solar brick, described framework is divided into two kinds, is respectively framework A1 and framework B2, and during laying, the framework of adjacent two solar bricks is respectively framework A1 and framework B2.Connection between two kinds of frameworks as shown in Figure 1.

Four sides of described framework A1 are step surface, and namely the bottom of framework A1 side is outward extended with projection; The wiring hole for installing metal connection post 4 of three or four vertical directions is distributed with at the upper surface of this projection, in the present embodiment, the upper convex surface of two relative side is distributed with three wiring holes, and the upper convex surface of two relative side is distributed with four wiring holes in addition.The wire hole 6 through with corresponding wiring hole is processed with in the below of the inner each wiring hole of framework A1, described wire hole 6 is communicated with the groove at framework A1 center, after electric wire enters framework A1 inside through described wire hole 6, metal connection post 4 is pressed in wiring hole, the bottom of described metal connection post 4 and line contacts, wiring hole is stretched out at top.

Four sides of described framework B2 are also step surface, but this step surface for stretch out along framework B2 top protruding after formed, for and framework A1 on step surface overlap joint after realize between adjacent two solar bricks connection, as shown in Figure 1.Be distributed with for the binding post slot 10 with binding post 4 coupling on framework A1 at the lower surface of described framework B2 side projection, the wire hole through with corresponding binding post slot is processed with above the inner each binding post slot 10 of framework B2, described wire hole is communicated with the groove at framework B2 center, and it is inner that electric wire enters framework B2 through described wire hole.When adjacent two solar bricks are overlapped by two sides by framework A1 and framework B2, on framework A1, the top of binding post 4 is positioned at the binding post slot 10 of correspondence position on framework B2, with the line contacts in wire hole above this binding post slot 10 on framework B2.Thus, described binding post 4 not only serves as the connection wire between two solar bricks, also as connector for connecting connected two solar bricks.

Complete two solar bricks after connection as shown in Figure 4, its explosive view as shown in Figure 3.

Enter in the electric wire of lower portion, wherein two are connected with negative pole with the positive pole of solar panel respectively, in order to realize the series connection of solar brick, another root directly stretches out through after framework, in order to realize the parallel connection of solar brick, residual electricity string holes can realize control, detection etc. to other auxiliary functions in floor tile.When reality uses, according to actual needs, the connected mode (serial or parallel connection) between adjacent two solar bricks can be selected, also can adopt local series connection, overall mode in parallel, namely first by multiple solar brick series connection forming unit module, then by parallel between unit module.

This solar brick can be laid on the place such as shopping mall, Waiting Lounge, building walls in city, then by the electric energy of collection to neighbouring facility power or power to power transmission network.

In sum, these are only preferred embodiment of the present utility model, be not intended to limit protection range of the present utility model.All within spirit of the present utility model and principle, any amendment done, equivalent replacement, improvement etc., all should be included within protection range of the present utility model.

Claims

1. a collecting current type solar brick, is characterized in that, comprising: framework, solar panel and brick main body; Described solar panel is fixed between the brick main body of framework and transparent material;

Described framework is divided into framework A and framework B two kinds of versions; The bottom of described framework A tetra-sides is outward extended with projection, forming station terrace; The wiring hole for installing metal connection post of more than three vertical directions is distributed with at the upper surface of described projection; The wire hole through with this wiring hole is processed with in the below of each described wiring hole, after electric wire enters framework A inside through described wire hole, the bottom of described wiring hole internal wiring terminal and line contacts, wiring hole is stretched out at top; Described binding post is conductive material;

The top of four sides of described framework B is outward extended with projection, forming station terrace, for mating with the step surface on framework A; Be distributed with at the lower surface of described framework B side projection and mate binding post slot with binding post on framework A; Above each described binding post slot, be processed with the wire hole through with this binding post slot, it is inner that electric wire enters framework B through described wire hole; When described framework A and framework B is overlapped by the step surface of two sides, on described framework A, the top of binding post is positioned at the binding post slot of correspondence position on framework B, and with this binding post slot on framework B above line contacts in wire hole;

2. collecting current type solar brick as claimed in claim 1, is characterized in that, described solar panel embeds and is arranged in the groove of the upper surface of framework, described framework and brick main body affixed.

3. collecting current type solar brick as claimed in claim 1 or 2, it is characterized in that, described brick main body is clear glass material, and described frame upper surface is provided with aluminium cake, and described brick main body is bonded in framework by described aluminium cake.

4. collecting current type solar brick as claimed in claim 1 or 2, is characterized in that, be processed with the groove for laying temperature transducer, optical sensor or LED at the upper surface of described framework.