CN207368930U

CN207368930U - A kind of solar bracket for beach station

Info

Publication number: CN207368930U
Application number: CN201720328681.3U
Authority: CN
Inventors: 刘长舜; 柯发新
Original assignee: Hubei Jingxin Light Energy Engineering Composite Material Co Ltd
Current assignee: Hubei Jingxin Light Energy Engineering Composite Material Co Ltd
Priority date: 2017-03-31
Filing date: 2017-03-31
Publication date: 2018-05-15
Anticipated expiration: 2027-03-31

Abstract

It the utility model is related to a kind of solar bracket for beach station, including pilum, column, column is inserted into pilum, and column is fixed in pilum by concreting, a brace is fixedly connected with column, one end of brace is fixedly connected with pilum by the first diagonal brace, and the brace other end is fixedly connected with pilum by the second diagonal brace, it is fixedly connected between brace by purlin, purlin is fixed on brace, and vertical with brace, and solar panels are fixed and are located on purlin；Brace, the first diagonal brace, the second diagonal brace and purlin are all made of GFRP materials.It is simple in structure, the stent of current steel construction is replaced using solar bracket made of GFRP materials, effectively preventing solar bracket, there is a situation where get rusty, the cost single-side stand for saving maintenance supports it using single column, the effective time for saving construction, the efficiency of construction is improved, saves the cost of construction.

Description

A kind of solar bracket for beach station

Technical field

The utility model belongs to technical field of solar, more particularly to a kind of solar bracket for beach station.

Background technology

Solar energy as a kind of green energy resource, with its is inexhaustible, pollution-free, limited from resource advantage the advantages that it is more next More it is valued by people.With the continuous development of solar cell, industry is also constantly improving battery quality, not only embodies In terms of battery electrical property, while also there is the requirement of higher to the cost of battery consumption.And solar panel is using process In, mainly influenced by solar radiation, in 1 year, subsolar point is moved back and forth in southern hemisphere and northern hemisphere, the photograph of spring and the autumn sun Firing angle degree is significantly different, if cannot in the light of actual conditions change the angle of inclination of solar panel, then can not also ensure Sun absorbing amount as much as possible, in turn results in the reduction of utilization rate, and current steam-electric power plant is installed on solid mostly Fixed rack, its solar panel smooth surface cannot convert light inclination angle with the displacement of the sun, reduce to solar cell Intensity of illumination, constrain the raising of solar cell output power, while solar bracket is propped up using steel construction more at present Support, because solar energy uses in more spacious place for a long time, steel construction easily occurs in the case where point blowing solarization and drenching with rain Get rusty, can not ensure the service life of solar bracket and be safeguarded, it is necessary to often carry out spray painting to it, increase the sun Can maintenance cost, while when setting up solar bracket at beach station at present, because the soil property of beach compares loosenings, be not suitable for standing Many pillars support solar bracket, column stand it is too many be easy to cause situation about collapsing, while found column in beach The depth to be excavated is deep, expends substantial amounts of material resources and financial resources.

Utility model content

The shortcomings that in order to overcome the above-mentioned prior art, the purpose of this utility model, which is to provide, a kind of simple in structure is used for beach The solar bracket at station is applied, the stent of current steel construction is replaced using solar bracket made of GFRP materials, it is effective anti- Stop solar bracket there is a situation where getting rusty, save the cost of maintenance, while GFRP materials are lighter, convenience in transport, has The cost of the saving of effect transport, while single stent is used uniformly single column to support, effectively prevent and set Vertical more column increase difficulty of construction, effectively reduce the material resources and financial resources of construction.

To reach above-mentioned purpose, the utility model uses following technical scheme, a kind of solar bracket for beach station, Including being fixed in beach station, and the more foundation columns being located on the same line, the top of the pilum is fixedly connected with vertical Column, the column are inserted into pilum, and column is fixed in pilum by concreting, fixed on the column Be connected with a brace, the angle of the brace and horizontal plane is 25 ° -35 °, the brace in one end of lower and pilum It is fixedly connected by the first diagonal brace, one end that the brace is located at eminence is fixedly connected with pilum by the second diagonal brace, brace Between be fixedly connected by purlin, and the purlin is fixed on brace, and vertical with brace, and solar panels are fixed and set On purlin；

Brace, the first diagonal brace, the second diagonal brace and the purlin is all made of GFRP materials.

Fixing sleeve is equipped with positioning plate on the column, which is poured mixed by being anchored between pilum and column Bolt in solidifying soil is fixedly connected.

The column is inserted into brace, and the 6th fixing bolt by being through in brace fixes column and brace Get up.

One end of first diagonal brace is fixedly connected with brace by the first connecting plate, the other end of first diagonal brace It is fixedly connected with pilum by fixed the first connector being located on pilum, the brace and the first connecting plate are solid by first Determine bolt to be fixedly connected.

One end of second diagonal brace is fixedly connected with brace by the second connecting plate, second diagonal brace it is another Hold and be fixedly connected with pilum by fixed the second connector being located on pilum, the brace and the second connecting plate pass through first Fixing bolt is fixedly connected.

First connector includes being fixed on the first fixed plate on pilum by the second fixing bolt, and described the One fixed plate is equipped with two the first support plates being parallel to each other, first diagonal brace be inserted into two be parallel to each other first Between support plate, and the 3rd fixing bolt by being through in the first support plate fixes the first diagonal brace and the first connector Come；The first reinforcing plate is fixedly welded with the outside of first support plate.

Second connector includes being fixed on the second fixed plate on pilum by the 5th fixing bolt, and described the The second diagonal brace that two fixed plates are equipped with described in two the second support plates being parallel to each other be inserted into two be parallel to each other second Between support plate, and the 4th fixing bolt by being through in the second support plate fixes the second diagonal brace and the first connector Come；The first reinforcing plate is fixedly welded with the outside of second support plate.

The distance that the column is inserted in pilum is 60cm

The brace and the angle of horizontal plane are 30 °.

Angle between first diagonal brace and pilum is 45 °；Angle between second diagonal brace and pilum is 20°。

The beneficial effects of the utility model are：It is simple in structure, replaced using solar bracket made of GFRP materials current Steel construction stent, effectively prevent solar bracket there is a situation where getting rusty, save the cost of maintenance, while GFRP Material is lighter, convenience in transport, has effectively saved the cost of transport, simultaneously as the soil property on beach ground is than relatively soft, it is uncomfortable Conjunction is also inconvenient to carry out the pre-buried of column, while if desired for pre-buried, needs the pre-buried hole dug deep, is brought greatly to construction Inconvenience, and expend time and the financial resources of construction, and single-side stand supports it using single column in the application, effectively The time of construction is saved, improves the efficiency of construction, saves the cost of construction.

Brief description of the drawings

Fig. 1 is the structure diagram of the utility model；

Fig. 2 is the structure diagram that solar panels are mounted with the utility model；

Fig. 3 is the utility model side structure schematic view；

Fig. 4 is A portions structure enlargement diagram in Fig. 1；

Fig. 5 is B portions structure enlargement diagram in Fig. 1；

Fig. 6 is C portions structure enlargement diagram in Fig. 1；

Fig. 7 is D portions structure enlargement diagram in Fig. 1；

Fig. 8 is E portions structure enlargement diagram in Fig. 1.

In figure：1. pilum；2. column；3. brace；4. the first diagonal brace；5. the second diagonal brace；6. purlin；7. positioning plate；It is 8. mixed Solidifying soil；9. solar panels；10. the first connecting plate；11. the first fixing bolt；12. the second connecting plate；13. the first support plate；14. First fixed plate；15. the first reinforcing plate；16. the 3rd fixing bolt；17. the second fixing bolt；18. the second support plate；19. the Two fixed plates；20. the 4th fixing bolt；21. the second reinforcing plate；22. the 5th fixing bolt；23. the 6th fixing bolt.

Embodiment

The utility model is described in detail with reference to the accompanying drawings and examples.

Embodiment 1

Such as Fig. 1,2,3 and a kind of shown solar bracket for beach station, including it is fixed in beach station, and is located at More foundation columns 1 on same straight line, the top of the pilum 1 are fixedly connected with column 2, and the column 2 is inserted into base In column 1, and poured by concrete eight and column 2 is fixed in pilum 1, a brace 3, institute are fixedly connected with the column 2 The angle of the brace 3 stated and horizontal plane is 25 ° -35 °, and the angle using 25 ° -35 ° is the angle to sun absorbing amount maximum, Optimal angle is brace 3 and the angle of horizontal plane is 30 °, and the brace 3 passes through first in one end of lower and pilum 1 Diagonal brace 4 is fixedly connected, and one end that the brace 3 is located at eminence is fixedly connected with pilum 1 by the second diagonal brace 5, and described As long as a support 4 and second supports 5 to play the purlin 6 being equipped with to brace 3 and brace 3 and solar panels 9 are supported, use Gusseted, is effectively guaranteed the stability of whole stent, while the pilum 1 being equipped with is cast in column 2 by concrete eight Together, stability fixed between pilum 1 and column 2 is effectively guaranteed, while carries out pouring connection using concrete eight, is increased The weight of pilum 1 is added, effective stability that must enhance whole solar bracket, two columns can only be used at present by solving The defects of supporting whole stent, the problem of saving constructional difficulties, effectively shorten the time of construction, save in beach Cost, in order to improve overall stability, in specific work progress, pilum is embedded in beach ground first, so Column 2 is inserted into pilum 1 afterwards, pilum 1 uses square steel supporting, and then the casting concrete 8 into pilum 1, treats that concrete is complete After full solidification, follow-up installation is then carried out；It is fixedly connected between brace 3 by purlin 6, and the purlin 6 is fixed On brace 3, and it is vertical with brace 3, and solar panels 9 are fixed and are located on purlin 6；

Brace 3, the first diagonal brace 4, the second diagonal brace 5 and the purlin 6 is all made of GFRP materials；It is wet because of beach ground Degree such as use steel construction than increasing, for a long time the defects of getting rusty as one wishes, and used by the application GFRP materials have it is very high Bending resistance, tension, compression strength.Common product thickness is 5mm, and every square metre of low weight no more than 10kg means can be fast Speed installation, reduces infrastructure cost and reduces freight.Salt water resistance, chemical substance, from acid rain, salt and most of chemical substance The installation gap that influences between product and product of environment carry out resin treatment and form an one integral piece waterproof construction, Bing and never split Open.Actually any shape and texture effect, which can be molded into, comes.Normal use, undergo no deterioration colour fading etc. all the year round, without spy Do not safeguard, steel construction cannot be used with solving the problems, such as beach.

Embodiment 2

On the basis of embodiment 1, in order to which column 2 is firmly fixed in pilum completely, and be not in The situation of sinking, fixing sleeve is equipped with positioning plate 7 on the column 2, the positioning plate 7 by be anchored at pilum 1 and column 2 it Between bolt in the concrete eight that pours be fixedly connected.The positioning plate 7 is welded on the middle part of column 2, and positioning plate 7 is equipped with multiple Through hole, and bolt is embedded with the concrete being cast between pilum 1 and column 2, the bolt through through hole and by nut into Row is fixed.

Further, it is fixed in order to facilitate column 2 and brace 3, column 2 as described in Figure 8 is inserted into brace 3, And column 2 and brace 3 are fixed up by the 6th fixing bolt 23 by being through in brace 3, while between brace 3 and column 2 Angle be 30 °.

Further, it is convenient between the first support 4 and pilum 2 to connect in order to facilitate the first diagonal brace 4 and brace 3, such as Fig. 4 One end of first diagonal brace 4 is fixedly connected with brace 3 by the first connecting plate 10, the other end of first diagonal brace 4 with Pilum 1 is fixedly connected by fixed the first connector being located on pilum 1, and 3 and first connecting plate 10 of brace passes through the One fixing bolt 11 is fixedly connected, and first connecting plate 10 is welded on pilum 1 or is sleeved on pilum 1.

One end of the second diagonal brace 5 as described in Figure 5 is fixedly connected with brace 3 by the second connecting plate 12, and described second The other end of diagonal brace 5 is fixedly connected with pilum 1 by fixed the second connector being located on pilum 1, the brace 3 and second Connecting plate 10 is fixedly connected by the first fixing bolt 11.

The first connector as described in Figure 6 includes the first fixed plate being fixed on by the second fixing bolt 17 on pilum 1 14, first fixed plate 14 is equipped with two the first support plates 13 being parallel to each other, and first diagonal brace 4 is inserted into two Between a the first support plate 13 being parallel to each other, and the 3rd fixing bolt 16 by being through in the first support plate 13 is oblique by first Support 4 is fixed up with the first connector；The outside of first support plate 13 is fixedly welded with the first reinforcing plate 15.

The second connector as described in Figure 7 includes the second fixed plate being fixed on by the 5th fixing bolt 22 on pilum 1 19, the second diagonal brace 5 that second fixed plate 19 is equipped with described in two the second support plates 18 being parallel to each other is inserted into two Between a the second support plate 18 being parallel to each other, and the 4th fixing bolt 20 by being through in the second support plate 18 is oblique by second Support 5 is fixed up with the first connector；The outside of second support plate 18 is fixedly welded with the second reinforcing plate 21.

Further, in order to ensure that the depth that column 2 is inserted into pilum 1 completely can be with the whole solar bracket of support column Weight, while will not run-off the straight situation.The distance that the column 2 is inserted in pilum 1 is 60cm

Further, the angle between first diagonal brace 4 and pilum 1 is 45 °；Second diagonal brace 5 and pilum 1 Between angle be 20 °.

Above example is only for example, not forming to the scope of protection of the utility model to the utility model Limitation, every design the same or similar with the utility model belonged within the scope of protection of the utility model.

Claims

A kind of 1. solar bracket for beach station, it is characterised in that：Including being fixed in beach station, and it is straight positioned at same More foundation columns on line（1）, the pilum（1）Top be fixedly connected with column（2）, the column（2）It is inserted into base Column（1）In, and pass through concrete（8）Pour column（2）It is fixed on pilum（1）In, the column（2）On be fixedly connected with One brace（3）, the brace（3）Angle with horizontal plane is 25 ° -35 °, the brace（3）In one end of lower with Pilum（1）Pass through the first diagonal brace（4）It is fixedly connected, the brace（3）Positioned at one end of eminence and pilum（1）It is oblique by second Support（5）It is fixedly connected, brace（3）Between pass through purlin（6）It is fixedly connected, and the purlin（6）It is fixed on brace（3） On, and and brace（3）Vertically, solar panels（9）Fixation is located at purlin（6）On；

The brace（3）, the first diagonal brace（4）, the second diagonal brace（5）And purlin（6）All it is made of GFRP materials.
A kind of 2. solar bracket for beach station according to claim 1, it is characterised in that the column（2） Upper fixing sleeve is equipped with positioning plate（7）, the positioning plate（7）By being anchored at pilum（1）With column（2）Between the concrete that pours （8）In bolt be fixedly connected.
A kind of 3. solar bracket for beach station according to claim 1, it is characterised in that the column（2） It is inserted into brace（3）In, and by being through brace（3）In the 6th fixing bolt（23）By column（2）And brace（3）Fix Come.
A kind of 4. solar bracket for beach station according to claim 1, it is characterised in that first diagonal brace （4）One end and brace（3）Pass through the first connecting plate（10）It is fixedly connected, first diagonal brace（4）The other end and pilum （1）Pilum is located at by fixation（1）On the first connector be fixedly connected, the brace（3）With the first connecting plate（10）It is logical Cross the first fixing bolt（11）It is fixedly connected.
A kind of 5. solar bracket for beach station according to claim 1, it is characterised in that second diagonal brace （5）One end and brace（3）Pass through the second connecting plate（12）It is fixedly connected, second diagonal brace（5）The other end and pilum （1）Pilum is located at by fixation（1）On the second connector be fixedly connected, the brace（3）With the second connecting plate（10）It is logical Cross the first fixing bolt（11）It is fixedly connected.
A kind of 6. solar bracket for beach station according to claim 4, it is characterised in that first connection Device includes passing through the second fixing bolt（17）It is fixed on pilum（1）On the first fixed plate（14）, first fixed plate （14）It is equipped with two the first support plates being parallel to each other（13）, first diagonal brace（4）Two are inserted into be parallel to each other First support plate（13）Between, and by being through the first support plate（13）On the 3rd fixing bolt（16）By the first diagonal brace（4） It is fixed up with the first connector；First support plate（13）Outside be fixedly welded with the first reinforcing plate（15）.
A kind of 7. solar bracket for beach station according to claim 5, it is characterised in that second connection Device includes passing through the 5th fixing bolt（22）It is fixed on pilum（1）On the second fixed plate（19）, second fixed plate （19）It is equipped with two the second support plates being parallel to each other（18）Second diagonal brace（5）Be inserted into two be parallel to each other Two support plates（18）Between, and by being through the second support plate（18）On the 4th fixing bolt（20）By the second diagonal brace（5）With First connector is fixed up；Second support plate（18）Outside be fixedly welded with the second reinforcing plate（21）.
A kind of 8. solar bracket for beach station according to claim 1, it is characterised in that the column（2）Insert Enter in pilum（1）In distance be 60cm.
A kind of 9. solar bracket for beach station according to claim 1, it is characterised in that the brace（3） Angle with horizontal plane is 30 °.
10. a kind of solar bracket for beach station according to claim 1, it is characterised in that described first is oblique Support（4）With pilum（1）Between angle be 45 °；Second diagonal brace（5）With pilum（1）Between angle be 20 °.