CN201391053Y - Integrated solar power monolithic roof - Google Patents

Abstract

The utility model discloses an integral roof for solar power generation, which solves the technical problems of complex structure, high cost and poor water resistance of the existing solar power generation roof. Including solar battery module (1), wide U-shaped steel drainage channel (2), narrow U-shaped steel drainage channel (3), roof purlin, roof column, wide U-shaped steel drainage channel (2) and narrow U-shaped steel drainage channel ( 3) fixedly arranged between the first purlin (4) and the second purlin (5) of the roof at intervals in parallel, between the side plate of the adjacent wide U-shaped steel drainage channel (2) and the narrow U-shaped steel drainage channel ( 3) A solar cell assembly (1) is arranged between the side plates, and the lower edge of the upper row of solar cell assemblies rests on the upper edge of the lower row of solar cell assemblies from top to bottom along the slope roof. The utility model realizes the perfect combination of the integration of the solar power generation roof and the building.

Description

Integrated solar power monolithic roof

technical field

The utility model relates to a solar power generation roof, in particular to an integrated solar power generation integral roof using the existing solar cell components.

Background technique

At the end of the 20th century and the beginning of the 21st century, the use of solar grid-connected power generation technology has achieved tremendous development, which is mainly reflected in the concentrated large-scale megawatt-level solar grid-connected power generation in the desert and the decentralized kilowatt-level solar grid-connected power generation on the roof. The latter is represented by Clinton's "Million Roofs Plan" in the United States, "Japan's Sunshine Plan" and Germany and the European Community's rooftop power generation. However, looking at the structural models of rooftop solar power generation systems at home and abroad, it is nothing more than The solar cell module array is installed on the roof of the original building as an add-on. To put it bluntly, the solar cell array and the roof surface of the building are two "skins". There are many problems such as the difficulty in combining building materials with solar cell components.

Contents of the invention

The integrated solar power generation integral roof provided by the utility model solves the technical problems of complex structure, high cost, poor water resistance and difficult combination of roof building materials and solar cell components in the existing solar power generation roof.

The utility model solves the above problems through the following solutions:

The integral roof of integrated solar power generation includes solar cell components 1, wide U-shaped steel drainage groove 2, narrow U-shaped steel drainage groove 3, roof purlins, and roof columns. The wide U-shaped steel drainage groove 2 used as rafters and the narrow U-shaped steel drainage groove The U-shaped steel drainage channels 3 are fixedly arranged between the first purlin 4 and the second purlin 5 of the roof at intervals in parallel, between the side panels of the adjacent wide U-shaped steel drainage channels 2 and the side panels of the narrow U-shaped steel drainage channels 3 Solar cell modules 1 are arranged in between, and the lower edge of the upper row of solar cell modules along the sloping roof moves from top to bottom on the upper edge of the lower row of solar cell modules, under the first purlin 4 The first column 6 is fixedly arranged, and the second column 7 is fixedly arranged under the second purlin 5 , and the adjustment of the roof slope can be realized by adjusting the height of the first column 6 and the second column 7 .

On the side plates of the wide U-shaped steel drainage groove 2 and the narrow U-shaped steel drainage groove 3, the positioning bayonet 10 of the solar cell module is correspondingly arranged, and the upper frame of each solar cell module is movably arranged at the positioning position. Bayonet 10.

Fixing screw holes 11 are provided on the side plates of the wide U-shaped steel drainage channel 2 and the narrow U-shaped steel drainage channel 3, when the solar cell module 1 is movably connected to the adjacent wide U-shaped steel drainage channel 2 When the side panels of the wide U-shaped steel drainage channel and the side panels of the narrow U-shaped steel drainage channel 3 are connected, the two right-angled grooves 14 under the side frames of the solar cell module 1 are respectively connected with the side panels of the wide U-shaped steel drainage channel and the side panels of the narrow U-shaped steel drainage channel. Constitute closed holes, in the two closed holes, fixed wooden strips 12 are movable. The side panels are fixedly connected together. The fixed wooden strip 12 is a wooden strip after anticorrosion treatment.

On the upper edge of the panel 15 of the solar cell module 1, there is an overlapping area 9 where no solar cells are installed, and the width L of this area is 15 cm.

A safety hanging ring 8 is fixedly arranged on the top of the wide U-shaped steel drain tank 2

The utility model provides a solar cell assembly square array into an independent and complete integral roof, which really becomes an important part of the building, and replaces the south roof of the traditional building roof with the solar cell power generation square array, realizing solar energy The perfect combination of power generation and building integration saves the cost and materials of the original roof construction.

Description of drawings:

Fig. 1 structural representation of the utility model

Fig. 2 is the structural representation of the solar cell module of the present utility model

Fig. 3 is a schematic structural view of the side plate of the utility model U-shaped groove

A-A to sectional view in the structural representation of the utility model of Fig. 4

B-B direction sectional view in the structural representation of the utility model of Fig. 5

Fig. 6 Partial enlarged view of the junction between the solar cell module and the U-shaped groove of the utility model

Detailed ways

The utility model is described below in conjunction with accompanying drawing:

First, the solar cell modules 1 are stacked in an orderly manner like roof tiles, and the upper frame of each solar cell module 1 is movably set in the positioning bayonet 10, and then the right-angled slot under the side frame of each solar cell module Put the fixed wooden strip 12 in the middle, fix the fixed wooden strip 12 and the side of the U-shaped steel drainage channel with wood screws 13, and then fix the wide and narrow U-shaped steel drainage channel on the first purlin 4 and the second purlin on the building roof 5, the front and rear heights of the first column 6 and the second column 7 supporting the roof of the building are different to realize the required slope of the roof, and the cleaners can use the safety ring 8 provided by the safety belt hook. Walk up and clean up dust and dirt. Corresponding fixed wooden strips 12 are embedded in the inner abdominal cavity of both sides of the frame strips of the solar cell module 1, which not only strengthens the strength of the frame, but also facilitates the connection between the solar cell module 1 and the wide and narrow U-shaped steel drainage grooves. The wide U-shaped steel drainage channel 2 can be used as a pedestrian passage. The U-shaped steel drainage channel is a key component that connects the solar cell module 1 and the roof purlin to form an integrated solar power generation roof. Strict anti-corrosion treatment or corrosion-resistant aluminum oxide profiles.

Claims (6)

1, a kind of integrated solar power generation entire roof, comprise solar module (1), wide-u-shaped steel rhone (2), narrow U shaped steel rhone (3), the roof purlin, the roof column, it is characterized in that: described as rafter wide-u-shaped steel rhone (2) and as narrow U shaped steel rhone (3) parallel interval of rafter be fixedly installed between first purlin (4) and second purlin (5) on roof, between the side plate of the side plate of the wide-u-shaped steel rhone (2) that faces mutually and narrow U shaped steel rhone (3), be provided with solar module (1), and the lower limb activity that is in row's solar module along the roof, slope from top to bottom rides over above the top edge that is in the solar module of arranging down, under first purlin (4), be set with first column (6), under second purlin (5), be set with second column (7), can realize adjustment the roof gradient by the height of adjusting first column (6) and second column (7).

2, integrated solar power generation entire according to claim 1 roof, it is characterized in that: all correspondence is provided with the limited bayonet (10) of solar module on the side plate of the side plate of described wide-u-shaped steel rhone (2) and narrow U shaped steel rhone (3), and the upper side frame of every solar module is movably arranged in this limited bayonet (10).

3, integrated solar power generation entire according to claim 2 roof, it is characterized in that: on the side plate of the side plate of described wide-u-shaped steel rhone (2) and narrow U shaped steel rhone (3), be provided with fixing threaded hole (11), when solar module (1) activity is overlapped on the side plate of the side plate of the wide-u-shaped steel rhone (2) that faces mutually and narrow U shaped steel rhone (3), two trough with straight angle (14) under the both sides frame of solar module (1) respectively with the side plate of wide-u-shaped steel rhone, the side plate of narrow U shaped steel rhone is formed blind hole, in this two blind hole, all be movably set with fixedly batten (12), fixedly the length of batten (12) is less than or equal to the length of solar module side frame, and wood screw (13) fixedly batten (12) is fixed together with U shaped steel rhone side plate.

4, integrated solar power generation entire according to claim 3 roof is characterized in that: at described fixedly batten (12) for through the batten after the preservative treatment.

5, integrated solar power generation entire according to claim 4 roof, it is characterized in that: the upper edge at the panel (15) of described solar module (1) is provided with the overlap (9) that solar cell is not installed, and the width L in this district is 15 centimetres.

6, integrated solar power generation entire according to claim 5 roof is characterized in that: be set with safe link (8) on the top of described wide-u-shaped steel rhone (2).

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