CN206143801U - Photovoltaic case contravariant basis that adapts to multiple ambient condition - Google Patents
Photovoltaic case contravariant basis that adapts to multiple ambient condition Download PDFInfo
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- CN206143801U CN206143801U CN201621157994.9U CN201621157994U CN206143801U CN 206143801 U CN206143801 U CN 206143801U CN 201621157994 U CN201621157994 U CN 201621157994U CN 206143801 U CN206143801 U CN 206143801U
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Abstract
The utility model discloses a photovoltaic case contravariant basis that adapts to multiple ambient condition, it includes a plurality of tubular piles, steel structure platform. Steel structure platform fixes on these tubular piles, and steel structure platform includes a plurality of support group spares, and every support group spare includes a plurality of supporting parts. Every supporting part is fixed on one of them tubular pile, these supporting parts of same support group spare be used for fixed at least one wait the photovoltaic equipment fixed. The utility model discloses the photovoltaic case contravariant of adaptable multiple condition basis, the degree of difficulty of not only being under construction is little, installation easy operation, engineering cost reduce, can also prefabricate on a large scale and play the fine effect of shortening construction period to the form of photovoltaic project's research with little investment but quick result.
Description
Technical field
This utility model is related to a kind of photovoltaic case inversion basis, more particularly to a kind of photovoltaic case for adapting to various environmental conditions
Inversion basis.
Background technology
In early stage photovoltaic project, natural environment and execution conditions are all relatively good, and traditional case inversion basis major part is brick
Mixed structure or xoncrete structure, needs are carried out excavating, are backfilled in earth's surface, need formwork in processing technology, assembling reinforcement,
A series of numerous and diverse techniques such as casting concrete, form removal, maintenance.
With developing rapidly for photovoltaic industry, the land resource shared by one side photovoltaic project is also more and more nervous, newly
Photovoltaic project under form be much mountainous area type area, mined out back filled region, the geographical environments such as river embankment lakeland compared with
Complicated region.On the other hand, case is become the frequency being used in combination with photovoltaic DC-to-AC converter and is constantly increased, the natural environment that equipment is installed
Also it is intricate to become, and photovoltaic project great majority are distributed in desert no man's land, deserted mountain waste hillside band, man-made lake or reservoir ground
Band.It is one of very important work of photovoltaic plant, case change or photovoltaic DC-to-AC converter that photovoltaic DC-to-AC converter is in place with the installation that case becomes
Once break down on basis, then a whole unit photovoltaic array all suffers from the danger having a power failure, then the generated energy in power station is damaged
Mistake may be exactly bigger.
The applicable elements on traditional basis are also very limited, such as the inevitable earthwork evacuation engineering of mountain region project, construction
Difficulty is big, construction raw material is more, engineering measure expense height, complicated construction technique and ecological environment is damaged and effect
It is very big.As draining dewatering measure expense is inevitably produced in river embankment lakeland project, the basement process on basis is costly,
Constructing operation degree of difficulty is big, the unfavorable factor such as construction period time length.Therefore, existing case inversion basis, is only applicable to
Construction and installation on level land, it is impossible to meet the construction under the conditions of mountain region, desert, reservoir etc. and make, it is impossible to adapt to various conditions
Needs.
Utility model content
For above-mentioned technological deficiency, this utility model provides a kind of photovoltaic case inversion basis for adapting to various environmental conditions,
This kind is suitable for the photovoltaic case inversion basis of various conditions, not only difficulty of construction is little, installation operation simple, construction costs is reduced,
The effect for shortening the construction period well can be served with the extensive prefabricated short, adaptable and fast form for photovoltaic project.
Solution of the present utility model is：A kind of photovoltaic case inversion basis for adapting to various environmental conditions, if which includes
Main stake, steel structure platform；Steel structure platform is fixed on these pile tubes, and steel structure platform includes multiple support components, each
Support component includes multiple supporting parts；Each supporting part is fixed therein on a pile tube, same support component these
Support part is used to fix at least one photovoltaic apparatus to be fixed.
As the further improvement of such scheme, H profile steel of each supporting part for beveled structure.
Used as the further improvement of such scheme, steel structure platform also includes a supporting table, and supporting table arranges multiple friendships
Remittance portion, each intersection are fixed therein on a pile tube；Each supporting part is fixed therein in an intersection, by crossing
Portion is fixed on pile tube indirectly.
Further, intersection is reported to the leadship after accomplishing a task for cross the H profile steel of setting.
Further, the photovoltaic case inversion basis also includes plate, and plate is fixed in supporting table, and support zone is in plate
On, thus plate is distributed with supporting part staggered floor.
Further, at least one connecting groove is provided with plate, for the photovoltaic apparatus on the basis of photovoltaic case inversion
Cabling.
Yet further, connecting groove is arranged to hollow structure or is electrical exchanging structure.
Further, also including a circle baffle plate, baffle plate arranges one along the outer of supporting table and encloses steel structure platform.
Further, steel structure platform also includes some bracing pieces, and bracing piece is arranged in supporting table, for Auxiliary support
Platform gripper shoe, strengthens the structural strength of whole supporting table.
Further, the photovoltaic case inversion basis also includes guardrail, and guardrail is fixed in supporting table.
This utility model solves the adaptability problem on photovoltaic project raising middle flask inversion basis, and this kind of basis is applicable at present
Involved major part geography environmental form photovoltaic plant place；And relatively conventional base form, this kind of basis possesses without the need for soil
Rock excavation, without the need for draining precipitation, difficulty of construction is simple, construction material type is few, construction technology simple, engineering measure expense is low
Plurality of advantages.
Description of the drawings
Application schematic diagrams of the Fig. 1 for the photovoltaic case inversion basis of this utility model embodiment 1.
Fig. 2 is the structural representation after removal electrical equipment in Fig. 1.
Structural representations of the Fig. 3 for the photovoltaic case inversion basis of this utility model embodiment 2.
Fig. 4 is the structural representation after removal electrical equipment in Fig. 3.
Structural representations of the Fig. 5 for the photovoltaic case inversion basis of this utility model embodiment 3.
Structural representations of the Fig. 6 for the photovoltaic case inversion basis of this utility model embodiment 4.
Structural representations of the Fig. 7 for the photovoltaic case inversion basis of this utility model embodiment 5.
Fig. 8 is the structural representation after increase plate in Fig. 7.
Application schematic diagrams of the Fig. 9 for the photovoltaic case inversion basis of this utility model embodiment 6
Figure 10 is the structural representation after removal inverter in Fig. 9.
Specific embodiment
In order that the purpose of this utility model, technical scheme and advantage become more apparent, below in conjunction with accompanying drawing and enforcement
Example, is further elaborated to this utility model.It should be appreciated that specific embodiment described herein is only to explain
This utility model, is not used to limit this utility model.
Embodiment 1
Fig. 1 is referred to, the photovoltaic case inversion basis of the present embodiment 1 is mainly used in installing the photovoltaic that the band of photovoltaic project is fixed
Equipment such as electrical equipment, plant equipment etc., such as electrical equipment --- the inverter 100 of the present embodiment.Incorporated by reference to Fig. 2, photovoltaic case
Inversion basis includes some pile tubes 1, steel structure platform 2.
Pile tube 1 can adopt pile for prestressed pipe.Steel structure platform 2 is fixed on these pile tubes 1, and steel structure platform 2 can adopt H
Shaped steel, the cross section of H profile steel is in H types.Steel structure platform 2 includes multiple support components, and each support component is used to fix at least
One electrical equipment or at least one plant equipment, each support component include multiple supporting parts 21.Each supporting part 21 is fixed
Wherein on a pile tube 1, these supporting parts 21 of same support component are used to support and the corresponding equipment of fixation.Each
Support part 21 can be the H profile steel of beveled structure.
Such as, when inverter 100 is when being shaped as cuboid, the supporting part 21 of corresponding support component can be four, square
The corner of body bottom respectively arranges a supporting part 21.So, inverter 100 is just supported on pile tube 1 by four supporting parts 21
On.
It is next to reach the installation purpose of inverter 100 to house inverter 100 in the mode that ground is laid bricks compared to tradition
Say, this utility model possesses following beneficial effect：
1. it is changed into pile foundation form in form by traditional isolated footing and raft foundation form from base structure, reduces
Concrete works, reinforced bar engineering, the quantities of form work engineering, reduce major project material consumption, to saving construction material resource
It is beneficial；
2. secondly pro forma change of base structure, it is to avoid the digging up and filling in work of a large amount of earth and rock workses, it is not only right
The construction period of structures alone is beneficial, also beneficial to reducing destruction earth's surface natural environment；
3. it is changed into steel structural form platform, subtracts in form by the platform of traditional xoncrete structure form from agent structure
The concrete works of few agent structure, reinforced bar engineering, the quantities of form work engineering, reduce major project material consumption, to saving
Construction material resource is beneficial；
4. secondly the pro forma change of agent structure avoids xoncrete structure and is unable to the technologic restriction of crossed construction,
Before base structure construction, agent structure just prefabricated can be machined, and reduce monomer structure construction period, to saving building work
Power resource is beneficial；
5. whole monomer structure form can all kinds of building materials advantages of effective and reasonable, ingenious combination, can meet electrical equipment makes
With demand, construction and installation easily effect can be reached again；
Secondly 6. the form of monomer structure will not produce destruction to natural environment and greening, to safeguard earth's surface green vegetation,
Prevention soil and water loss, preserve the ecological environment it is beneficial.
In addition, the mounting means of conventional inverter 100, needs separately to prepare material, and this utility model is with photovoltaic module
Pile tube 1 be base material, without the need for separately preparing, foundation construction is convenient, process is simple, construction machinery versatility are good, short construction period
Deng effect.Meanwhile, this utility model is in structural material technique, it is possible to achieve basic (such as inverter, header box etc.) and top
Structure (such as photovoltaic solar panel) synchronous construction, processing, the effect installed.This utility model is by said structure functional form
Design, can possess the case inversion base form suitable for most area popularity.
Embodiment 2
Fig. 3 and Fig. 4 is referred to, the photovoltaic case inversion basis of the present embodiment 2 is basic with the photovoltaic case inversion basis of embodiment 1
Identical, which is also primarily used for the electrical equipment for installing photovoltaic project, the inverter 100 in such as Fig. 3 etc..Photovoltaic case inversion basis
Also some pile tubes 1, steel structure platform 2 are included.
Pile tube 1 can adopt pile for prestressed pipe.Steel structure platform 2 is fixed on these pile tubes 1, and steel structure platform 2 can adopt H
Shaped steel, the cross section of H profile steel is in H types.Steel structure platform 2 except including in addition to multiple support components, also including a supporting table
22.Supporting table 22 arranges multiple intersections 220, and each intersection 220 is fixed therein on a pile tube 1.Intersection 220 can be
Cross is reported to the leadship after accomplishing a task the H profile steel of setting.
Each support component is used to fix at least one electrical equipment or at least one plant equipment, each support component bag
Include multiple supporting parts 21.Each supporting part 21 is fixed therein in an intersection 220, by 220 indirect fixing pipe of intersection
In stake 1, therefore, the stress point of each supporting part 21 is also derived from corresponding pile tube 1, these supporting parts of same support component
21 are used to support and the corresponding equipment of fixation.Each supporting part 21 can be the H profile steel of beveled structure.
Such as, when inverter 100 is when being shaped as cuboid, the supporting part 21 of corresponding support component can be four, square
The corner of body bottom respectively arranges a supporting part 21.So, inverter 100 is just supported on pile tube 1 by four supporting parts 21
On.
This utility model possesses the identical beneficial effect on the photovoltaic case inversion basis of embodiment 1, and here is not repeated, except this
Outside, as the presence of supporting table 22, photovoltaic case inversion basis of the present utility model have various development prospects, design is deposited
In unlimited possibility.
Embodiment 3
Fig. 5 is referred to, the photovoltaic case inversion basis of the present embodiment 3 is essentially identical with the photovoltaic case inversion basis of embodiment 2,
Which is also primarily used for the electrical equipment for installing photovoltaic project, the inverter 100 in such as Fig. 1 etc..Also wrap on photovoltaic case inversion basis
Some pile tubes 1, steel structure platform are included, if in addition also including dry plate 3, plate 3 is preferably with steel plate, it is preferred to use riffled iron
Plate.
Pile tube 1 can adopt pile for prestressed pipe.Steel structure platform is fixed on these pile tubes 1, and steel structure platform can adopt H types
Steel, the cross section of H profile steel is in H types.Steel structure platform includes multiple support components and a supporting table 22.Supporting table 22 arranges many
Individual intersection (such as the reference 220 in Fig. 4), each intersection is fixed therein on a pile tube 1.
Each support component is used to fix at least one electrical equipment or at least one plant equipment, each support component bag
Include multiple supporting parts 21.Each supporting part 21 is fixed therein in an intersection, is fixed on pile tube 1 indirectly by intersection,
Therefore, the stress point of each supporting part 21 is also derived from corresponding pile tube 1, and these supporting parts 21 of same support component are used for
Support and fix corresponding equipment.Each supporting part 21 can be the H profile steel of beveled structure.
Such as, when inverter 100 is when being shaped as cuboid, the supporting part 21 of corresponding support component can be four, square
The corner of body bottom respectively arranges a supporting part 21.So, inverter 100 is just supported on pile tube 1 by four supporting parts 21
On.
Plate 3 is fixed in supporting table 22, and supporting part 21 is located at the upper of plate 3, thus plate 3 is distributed with 21 staggered floor of supporting part, plate 3
On be provided with least one connecting groove 31, connecting groove 31 can be arranged to hollow structure, pass through for the cable of inverter 100,
Electrical exchanging structure can be arranged to, play intermediate transit effect.Preferably, each support component arranges at least one connecting groove
31, preferably it is centered around by these supporting parts 21 of same support component interior.The height of connecting groove 31 is preferably not higher than supporting part
21 height, so facilitates 100 outlet of inverter, and the bottom for also having certainly inverter is frame structure, in this case, wiring
The height of groove 31 can exceed supporting part 21, and extend in frame structure.In embodiment 1 and 2, due to being not provided with plate 3, because
This, can be not provided with connecting groove 31, and the cable of inverter 100 can be directly from bottom trace.
This utility model possesses the identical beneficial effect on the photovoltaic case inversion basis of embodiment 3, and here is not repeated, except this
Outside, due to the presence of plate 3, photovoltaic case inversion basis of the present utility model facilitates workmen to enter to inverter 100 on plate 3
The operations such as row maintenance.The design of plate 3 can also cause to realize that case becomes the oil storage pool function of possessing during device fails, such as case accident
The oil of barrier leakage can be rested on plate 3, and due to each 21 natural high ejecting plate 3 of supporting part, oil also will not be caused to inverter 100
Affect, also destruction will not be produced to natural environment and greening, to safeguarding earth's surface green vegetation, prevention soil and water loss, protecting ecology
Environmental beneficial.
Embodiment 4
Fig. 6 is referred to, the photovoltaic case inversion basis of the present embodiment 4 is essentially identical with the photovoltaic case inversion basis of embodiment 3,
Which is also primarily used for the electrical equipment for installing photovoltaic project, the inverter 100 in such as Fig. 1 etc..Also wrap on photovoltaic case inversion basis
If including some pile tubes 1, steel structure platform, dry plate 3, plate 3 is preferably with steel plate, it is preferred to use checkered steel plate.
Pile tube 1 can adopt pile for prestressed pipe.Steel structure platform is fixed on these pile tubes 1, and steel structure platform can adopt H types
Steel, the cross section of H profile steel is in H types.Steel structure platform includes multiple support components and a supporting table 22, in addition, also wraps
Include a circle baffle plate 23.Supporting table 22 arranges multiple intersections (such as the reference 220 in Fig. 4), and each intersection is fixed on which
In on a pile tube 1.
Each support component is used to fix at least one electrical equipment or at least one plant equipment, each support component bag
Include multiple supporting parts 21.Each supporting part 21 is fixed therein in an intersection, is fixed on pile tube 1 indirectly by intersection,
Therefore, the stress point of each supporting part 21 is also derived from corresponding pile tube 1, and these supporting parts 21 of same support component are used for
Support and fix corresponding equipment.Each supporting part 21 can be the H profile steel of beveled structure.
Such as, when inverter 100 is when being shaped as cuboid, the supporting part 21 of corresponding support component can be four, square
The corner of body bottom respectively arranges a supporting part 21.So, inverter 100 is just supported on pile tube 1 by four supporting parts 21
On.
Plate 3 is fixed in supporting table 22, and supporting part 21 is located at the upper of plate 3, thus plate 3 is distributed with 21 staggered floor of supporting part, plate 3
On be provided with least one connecting groove 31, connecting groove 31 can be arranged to hollow structure, pass through for the cable of inverter 100,
Electrical exchanging structure can be arranged to, play intermediate transit effect.Preferably, each support component arranges at least one connecting groove
31, preferably it is centered around by these supporting parts 21 of same support component interior.The height of connecting groove 31 is preferably not higher than supporting part
21 height, so facilitates 100 outlet of inverter, and the bottom for also having certainly inverter is frame structure, in this case, wiring
The height of groove 31 can exceed supporting part 21, and extend in frame structure.In embodiment 1 and 2, due to being not provided with plate 3, because
This, can be not provided with connecting groove 31, and the cable of inverter 100 can be directly from bottom trace.
This utility model possesses the identical beneficial effect on the photovoltaic case inversion basis of embodiment 3, and here is not repeated, except this
Outside, due to the presence of plate 3, photovoltaic case inversion basis of the present utility model facilitates workmen to enter to inverter 100 on plate 3
The operations such as row maintenance.The design of plate 3 can also cause to realize that case becomes the oil storage pool function of possessing during device fails that such as case becomes leakage
Oil can rest on plate 3, due to each 21 natural high ejecting plate 3 of supporting part, oil also will not cause shadow to inverter 100
Ring, also destruction will not be produced to natural environment and greening, to safeguarding earth's surface green vegetation, prevention soil and water loss, protecting ecology ring
Border is beneficial.Baffle plate 23 arranges one along the outer of supporting table 22 and encloses, and such design can be when case becomes a large amount of oil leaks of generation, will not
Plate 3 is overflowed, therefore checkered steel plate need to ensure that the gap between steel plate is closed when laying, and realize oil storage pool function.Baffle plate 23 can be with
Using itself part of steel structure platform, the such as top of H profile steel, plate 3 is fixed on the bottom of H profile steel, the top shape of H profile steel
Into natural baffle plate 23.
Embodiment 5
Fig. 7 and Fig. 8 is referred to, the photovoltaic case inversion basis of the present embodiment 5 is basic with the photovoltaic case inversion basis of embodiment 4
Identical, which is also primarily used for the electrical equipment for installing photovoltaic project, the inverter 100 in such as Fig. 1 etc..Photovoltaic case inversion basis
If also including some pile tubes 1, steel structure platform 2, dry plate 3, plate 3 is preferably with steel plate, it is preferred to use checkered steel plate.
Pile tube 1 can adopt pile for prestressed pipe.Steel structure platform 2 is fixed on these pile tubes 1, and steel structure platform 2 can adopt H
Shaped steel, the cross section of H profile steel is in H types.Steel structure platform 2 includes that multiple support components, a supporting table 22, enclose baffle plate 23,
In addition, also including some bracing pieces 24.Supporting table 22 arranges multiple intersections 220, and each intersection 220 is fixed therein
On one pile tube 1.
Each support component is used to fix at least one electrical equipment or at least one plant equipment, each support component bag
Include multiple supporting parts 21.Each supporting part 21 is fixed therein in an intersection 220, by 220 indirect fixing pipe of intersection
In stake 1, therefore, the stress point of each supporting part 21 is also derived from corresponding pile tube 1, these supporting parts of same support component
21 are used to support and the corresponding equipment of fixation.Each supporting part 21 can be the H profile steel of beveled structure.
Such as, when inverter 100 is when being shaped as cuboid, the supporting part 21 of corresponding support component can be four, square
The corner of body bottom respectively arranges a supporting part 21.So, inverter 100 is just supported on pile tube 1 by four supporting parts 21
On.
Plate 3 is fixed in supporting table 22, and supporting part 21 is located at the upper of plate 3, thus plate 3 is distributed with 21 staggered floor of supporting part, plate 3
On be provided with least one connecting groove 31, connecting groove 31 can be arranged to hollow structure, pass through for the cable of inverter 100,
Electrical exchanging structure can be arranged to, play intermediate transit effect.Preferably, each support component arranges at least one connecting groove
31, preferably it is centered around by these supporting parts 21 of same support component interior.The height of connecting groove 31 is preferably not higher than supporting part
21 height, so facilitates 100 outlet of inverter, and the bottom for also having certainly inverter is frame structure, in this case, wiring
The height of groove 31 can exceed supporting part 21, and extend in frame structure.In embodiment 1 and 2, due to being not provided with plate 3, because
This, can be not provided with connecting groove 31, and the cable of inverter 100 can be directly from bottom trace.
Due to the presence of plate 3, photovoltaic case inversion basis of the present utility model facilitates workmen on plate 3 to inverter
100 carry out the operation such as overhauling.The design of plate 3 can also cause the oil storage pool function of realizing possessing during case change device fails, such as
Case becomes the oil of leakage and can rest on plate 3, and due to each 21 natural high ejecting plate 3 of supporting part, oil also will not be made to inverter 100
Into impact, also destruction will not be produced to natural environment and greening, to safeguarding earth's surface green vegetation, prevention soil and water loss, protection life
State environmental beneficial.Baffle plate 23 along supporting table 22 outer arrange one enclose, such design can case become occur a large amount of oil leaks when,
Plate 3 will not be overflowed, therefore checkered steel plate need to ensure that the gap between steel plate is closed when laying, and realize oil storage pool function.Baffle plate 23
Itself part of steel structure platform, the such as top of H profile steel can be adopted, plate 3 is fixed on the bottom of H profile steel, H profile steel it is upper
Portion forms natural baffle plate 23.
This utility model possesses the identical beneficial effect on the photovoltaic case inversion basis of embodiment 4, and here is not repeated, except this
Outside, bracing piece 24 is arranged in supporting table 22, for 22 gripper shoe 3 of Auxiliary support platform, strengthens the structure of whole supporting table 22
Intensity.Bracing piece 24 preferably adopts channel-section steel.Bracing piece 24 can certainly be increased on the basis of embodiment 3.
Embodiment 6
See also Fig. 9 and Figure 10, the photovoltaic case inversion basis of the present embodiment 6 and the photovoltaic case inversion base of embodiment 5
Plinth is essentially identical, and which is also primarily used for the electrical equipment for installing photovoltaic project, such as inverter 100 etc..Photovoltaic case inversion basis
If also including some pile tubes 1, steel structure platform 2, dry plate 3, in addition also include guardrail 4, plate 3 preferably with steel plate, preferably
Using checkered steel plate.
Pile tube 1 can adopt pile for prestressed pipe.Steel structure platform 2 is fixed on these pile tubes 1, and steel structure platform 2 can adopt H
Shaped steel, the cross section of H profile steel is in H types.Steel structure platform 2 include multiple support components, supporting table 22, circle baffle plate 23,
Bracing piece 24.Supporting table 22 arranges multiple intersections (such as the reference 220 in Fig. 4), and each intersection is fixed therein one
On individual pile tube 1.
Each support component is used to fix at least one electrical equipment or at least one plant equipment, each support component bag
Include multiple supporting parts 21.Each supporting part 21 is fixed therein in an intersection, is fixed on pile tube 1 indirectly by intersection,
Therefore, the stress point of each supporting part 21 is also derived from corresponding pile tube 1, and these supporting parts 21 of same support component are used for
Support and fix corresponding equipment.Each supporting part 21 can be the H profile steel of beveled structure.
Such as, when inverter 100 is when being shaped as cuboid, the supporting part 21 of corresponding support component can be four, square
The corner of body bottom respectively arranges a supporting part 21.So, inverter 100 is just supported on pile tube 1 by four supporting parts 21
On.
Plate 3 is fixed in supporting table 22, and supporting part 21 is located at the upper of plate 3, thus plate 3 is distributed with 21 staggered floor of supporting part, plate 3
On be provided with least one connecting groove 31, connecting groove 31 can be arranged to hollow structure, pass through for the cable of inverter 100,
Electrical exchanging structure can be arranged to, play intermediate transit effect.Preferably, each support component arranges at least one connecting groove
31, preferably it is centered around by these supporting parts 21 of same support component interior.The height of connecting groove 31 is preferably not higher than supporting part
21 height, so facilitates 100 outlet of inverter, and the bottom for also having certainly inverter is frame structure, in this case, wiring
The height of groove 31 can exceed supporting part 21, and extend in frame structure.In embodiment 1 and 2, due to being not provided with plate 3, because
This, can be not provided with connecting groove 31, and the cable of inverter 100 can be directly from bottom trace.
Due to the presence of plate 3, photovoltaic case inversion basis of the present utility model facilitates workmen on plate 3 to inverter
100 carry out the operation such as overhauling.The design of plate 3 can also cause the oil storage pool function of realizing possessing during case change device fails, such as
Case becomes the oil of leakage and can rest on plate 3, and due to each 21 natural high ejecting plate 3 of supporting part, oil also will not be made to inverter 100
Into impact, also destruction will not be produced to natural environment and greening, to safeguarding earth's surface green vegetation, prevention soil and water loss, protection life
State environmental beneficial.Baffle plate 23 along supporting table 22 outer arrange one enclose, such design can case become occur a large amount of oil leaks when,
Plate 3 will not be overflowed, therefore checkered steel plate need to ensure that the gap between steel plate is closed when laying, and realize oil storage pool function.Baffle plate 23
Itself part of steel structure platform, the such as top of H profile steel can be adopted, plate 3 is fixed on the bottom of H profile steel, H profile steel it is upper
Portion forms natural baffle plate 23.
Bracing piece (such as the reference 24 in Fig. 7) in supporting table 22, for 22 gripper shoe 3 of Auxiliary support platform,
Strengthen the structural strength of whole supporting table 22.Bracing piece preferably adopts channel-section steel.
This utility model possesses the identical beneficial effect on the photovoltaic case inversion basis of embodiment 5, and here is not repeated, except this
Outside, the design of guardrail 4 can be that the electrical equipment on the basis of photovoltaic inversion plays certain protective effect.Guardrail 4
In fixed supporting table 22, it is preferred to use steel tube guardrail, can enclose around supporting table 22 1.Can certainly be in embodiment 3, embodiment
Increase guardrail 4 on the basis of 4.
Understand the technical solution of the utility model mainly by the light of integrated optimization photovoltaic plant with reference to above example
Photovoltaic module support basis is optimized to equipment Foundations form, then steel structure platform is connected to by volt assembly support base form
Basic top, forms a complete reliable equipment Foundations form.This utility model adopts the photovoltaic module support basis can be with
Reduce material type management amount, such as, currently the majority photovoltaic project all adopts pile foundation form, wherein pile for prestressed pipe and into
Hole pouring pile is two kinds of topmost pile foundation forms.Therefore, this utility model can directly choose pile foundation form, in material type
Will not increase, such foundation construction is convenient, technique without the need for classification thus technological operation simplification, construction machinery can with general, and then
Short construction period.
The technical solution of the utility model main bearing member is exactly stake, before design determine unit type and size it
Afterwards, it is possible to which stake is positioned, pile foundation form can be changed with environmental condition, if mountain region project, can be adopted
Pore-creating filling pile, if water surface project can adopt pile for prestressed pipe form.Equipment Foundations form is tried one's best and photovoltaic in principle
Bracket basis keep same type, can so reduce the species of construction equipment, also can be in work progress by photovoltaic bracket base
Plinth is finished with equipment Foundations one-off construction, it is to avoid increase working procedure.
After the completion of stake positioning, during construction, steel structure platform just synchronously can process welding at the construction field (site),
Shorten the time interval of technique crossed construction, the main bearing member of steel structure platform is H profile steel, H profile steel by welding or
Bolt connection is combined into a planar structure, then checkered steel plate is laid on planar structure upper surface defines and be available for O＆M to overhaul
Platform.
Checkered steel plate need to ensure that the gap between steel plate is closed when laying, this ensures that inspection platform not only has inspection
Current function is repaiied, case is also equipped with and is become the oil storage pool function of needing when breaking down.
Preferred embodiment of the present utility model is the foregoing is only, it is not to limit this utility model, all at this
Any modification, equivalent and improvement made within the spirit and principle of utility model etc., should be included in this utility model
Protection domain within.
Claims (10)
1. a kind of photovoltaic case inversion for adapting to various environmental conditions is basic, it is characterised in that：Which includes some pile tubes (1), steel knot
Structure platform (2)；Steel structure platform (2) is fixed on these pile tubes (1), steel structure platform (2) including multiple support components, each
Support component includes multiple supporting parts (21)；Each supporting part (21) is fixed therein on a pile tube (1), same support group
These supporting parts (21) of part are for fixing at least one photovoltaic apparatus to be fixed.
2. the photovoltaic case inversion basis of various environmental conditions is adapted to as claimed in claim 1, it is characterised in that：Each supporting part
(21) it is the H profile steel of beveled structure.
3. the photovoltaic case inversion basis of various environmental conditions is adapted to as claimed in claim 1, it is characterised in that：Steel structure platform
(2) also include a supporting table (22), supporting table (22) arranges multiple intersections (220), and each intersection (220) is fixed on which
In on a pile tube (1)；Each supporting part (21) is fixed therein on an intersection (220), by intersection (220) indirectly
On fixed pile tube (1).
4. the photovoltaic case inversion basis of various environmental conditions is adapted to as claimed in claim 3, it is characterised in that：Intersection
(220) report to the leadship after accomplishing a task for cross the H profile steel of setting.
5. the photovoltaic case inversion basis of various environmental conditions is adapted to as claimed in claim 3, it is characterised in that：The photovoltaic case
Inversion basis also includes plate (3), and plate (3) is fixed in supporting table (22), and supporting part (21) is upper positioned at plate (3), thus plate (3)
It is distributed with supporting part (21) staggered floor.
6. the photovoltaic case inversion basis of various environmental conditions is adapted to as claimed in claim 5, it is characterised in that：Plate is set on (3)
At least one connecting groove (31) is equipped with, for the photovoltaic apparatus cabling on the basis of photovoltaic case inversion.
7. the photovoltaic case inversion basis of various environmental conditions is adapted to as claimed in claim 6, it is characterised in that：Connecting groove (31)
It is arranged to hollow structure or for electrical exchanging structure.
8. the photovoltaic case inversion basis of various environmental conditions is adapted to as claimed in claim 5, it is characterised in that：Steel structure platform
(2) also including circle baffle plate (23), baffle plate (23) arranges one along the outer of supporting table (22) and encloses.
9. the photovoltaic case inversion basis of various environmental conditions is adapted to as claimed in claim 5, it is characterised in that：Steel structure platform
(2) also include some bracing pieces (24), bracing piece (24) in supporting table (22), for Auxiliary support platform (22) gripper shoe
(3), strengthen the structural strength of whole supporting table (22).
10. the photovoltaic case inversion of the various environmental conditions of adaptation as described in any one in claim 3 to 9 is basic, its feature
It is：The photovoltaic case inversion basis also includes guardrail (4), and guardrail (4) is fixed in supporting table (22).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621157994.9U CN206143801U (en) | 2016-10-25 | 2016-10-25 | Photovoltaic case contravariant basis that adapts to multiple ambient condition |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621157994.9U CN206143801U (en) | 2016-10-25 | 2016-10-25 | Photovoltaic case contravariant basis that adapts to multiple ambient condition |
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| Publication Number | Publication Date |
|---|---|
| CN206143801U true CN206143801U (en) | 2017-05-03 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201621157994.9U Active CN206143801U (en) | 2016-10-25 | 2016-10-25 | Photovoltaic case contravariant basis that adapts to multiple ambient condition |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107503368A (en) * | 2017-08-28 | 2017-12-22 | 广东水电二局股份有限公司 | Prefabricated assembling steel and concrete structure photovoltaic power generation equipment platform |
| CN114606971A (en) * | 2022-03-04 | 2022-06-10 | 宁夏平罗凌云建材实业有限公司 | Prefabricated transformer substation transformer device capable of being assembled on site |
-
2016
- 2016-10-25 CN CN201621157994.9U patent/CN206143801U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107503368A (en) * | 2017-08-28 | 2017-12-22 | 广东水电二局股份有限公司 | Prefabricated assembling steel and concrete structure photovoltaic power generation equipment platform |
| CN114606971A (en) * | 2022-03-04 | 2022-06-10 | 宁夏平罗凌云建材实业有限公司 | Prefabricated transformer substation transformer device capable of being assembled on site |
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Address after: High tech Zone of Hefei city of Anhui Province in 230088 Lake Road No. 2 Patentee after: Sunshine New Energy Development Co.,Ltd. Address before: High tech Zone of Hefei city of Anhui Province in 230088 Lake Road No. 2 Patentee before: Sunshine New Energy Development Co.,Ltd. |
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Address after: High tech Zone of Hefei city of Anhui Province in 230088 Lake Road No. 2 Patentee after: Sunshine New Energy Development Co.,Ltd. Address before: 230000 second floor, scientific research building, sunshine power plant, No.2, Tianhu Road, hi tech Zone, Hefei City, Anhui Province Patentee before: HEFEI SUNGROW RENEWABLE ENERGY SCI. & TECH. Co.,Ltd. |
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