CN205544093U - Two high protection generating line principal mode materials of side dress of wind energy - Google Patents
Two high protection generating line principal mode materials of side dress of wind energy Download PDFInfo
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- CN205544093U CN205544093U CN201620057508.XU CN201620057508U CN205544093U CN 205544093 U CN205544093 U CN 205544093U CN 201620057508 U CN201620057508 U CN 201620057508U CN 205544093 U CN205544093 U CN 205544093U
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Abstract
The utility model provides a two high protection generating line principal mode materials of side dress of wind energy, including main riser, epiplastron and bottom web, be equipped with main joint board and rigid structure on epiplastron and the bottom web to set up the seal groove, the seal groove internal fixation is equipped with the rubber seal, is equipped with the heat dissipation triangular prism on the main riser, the utility model has the advantages of simple structure, and reasonable design, compare with traditional generating line, the principal mode material is equivalent to on traditional generating line, three section bars such as lower plate and left side board fuse to an organic whole, and through riveting with side section bar joint, realize the integration of generating line casing, and the sclausura riveting is adopted in the riveting, the riveting process does not have the upset, technology is more simplified, bigger degree has improved production efficiency, do benefit to automatic assembly, produce high economic benefits, the setting of seal groove and rubber seal simultaneously, in the reliability and accuracy that have improved generating line installation location, waterproof sand prevention performance has also been promoted, the setting of heat dissipation triangular prism, the heat dispersion of generating line has also been reinforceed greatly.
Description
Technical field
This utility model relates to wind energy power transmission and distribution technical field, particularly a kind of wind energy two panels side dress height protection bus principal mode
Material.
Background technology
Wind-power electricity generation is to utilize natural wind energy to carry out a kind of low-carbon (LC) generation of electricity by new energy generated electricity.Wind-power electricity generation special two panels side
Dress height protection bus-bar system, is widely used in the nominal insulation voltage once transmission of electricity less than 1000v of 5MW and following wind-power electricity generation
Place, electric energy output task of main carrying wind-power electricity generation, it is arranged on tower barrel of wind generating set inwall, belongs to vertical peace
The vertical shaft bus of dress；It is also possible to be used for the horizontally disposed of civilian Factory Building interior periphery, the level within skyscraper is with vertical
Straight arrange, layout between the cabinet between transformator and power distribution cabinet transformer station within, between power distribution cabinet and power distribution cabinet, other all can
The layout of energy；Due to blower fan tower barrel narrow space lengthwise, various pipelines in length and breadth, control system and transmission facility traversing through network multiple
Miscellaneous, most important is that wind energy turbine set generally build seashore or spacious plateau in, and wind Gao Shameng, the severe cold summer in winter is extremely hot, bus-bar system operating mode bar
Part is abnormal severe and complicated, degree of protection requires to need the highest, northwest plateau that particularly dust storm is big, more than 100 meter high narrow
, in use there is the phenomenons such as a large amount of sand and dust, trickle, sweltering heat, bitter cold in long tower etc., transmission of electricity security presence is greatly chosen
War；Tradition wind energy bus-bar system use one lid one end biside plate four chip architectures, degree of protection is low, assembling is difficult, cumbersome,
Working strength is big；Meanwhile, electromotor tower environment is airtight, and without convection channel, temperature environment is the harshest.With conventional busbars system
Comparing, novel bus system must possess high-protection level, high condensed form, high integral rigidity, good anti-seismic performance and dissipate
Hot property.
Low-voltage bus bar system is important transmission facility, and it is formed a closed transmitting loop by housing and conductor, completes
The electric energy conveying of transmission of electricity primary circuit；Four bus-bar system housings of tradition are formed by the riveting of two panels H section bar and two panels U-shaped side plate,
Flat board and side sheet room firm docking, degree of protection is the highest.The composition version of section bar of bus-bar system, rigidity size, mechanicalness
The transmission of electricity safety of a transmission facility operation, current capacity, heat dispersion can be directly connected to the quality of Electric Field Distribution, resist
The ability that deformability and fault-resistant destroy；Meanwhile, the nonstandard structure of bus-bar system is many, demand is big, be in electric power transmission end,
Delivery cycle is short, and structure complexity determines production cycle, quality control, installation period, power supply safety.
At present, wind energy bus-bar system popular on market mainly has three kinds: one, and four low pressure intensities of conventional aluminum base are female
The repacking version of wire system, its cover plate uses H section bar with base plate, and side plate is smooth U-shaped material, and advantage is that bus structure is simple；Shortcoming
It is that U-shaped material riveting positioning precision is not enough, the overall pliable twisting strain of bus；Without waterproofing design, degree of protection, at below IP54, exists
Potential safety hazard；Four limit rivetings, workload is big, and production efficiency is low, is unfavorable for batch production.Its two, four low pressure of conventional aluminum base
Air type bus-bar system, cover plate uses U-shaped material with base plate, and side plate is corrugated section bar, and self-drilling connection, in advantage is bus
Space, portion is big, good heat dispersion performance；Shortcoming is the overall pliable twisting strain of bus, and it is unreliable to connect；Without waterproofing design, degree of protection
, there is potential safety hazard in below IP54；Four limit tapping screw bolts, workload is big, and production efficiency is low, is unfavorable for batch production,
Production cost is high.Its three, four low-pressure air type bus-bar systems of tradition, cover plate and base plate use the U-shaped material of aluminum base, and side plate is Concha Arcae
Formula steel sectional material, self-drilling connection, advantage is that bus inner space is big, good heat dispersion performance；Corrugated steel sectional material, bus
Rigidity is higher, can resistance to deformation.Shortcoming is without waterproofing design, below degree of protection IP54, there is potential safety hazard；Four limit tapping screws
Bolt, workload is big, and production efficiency is low, is unfavorable for batch production, and production cost is high.
Utility model content
For above-mentioned technical problem, this utility model provides a kind of wind energy two panels side dress height protection bus principal mode material.
For solving above technical problem, the technical scheme that this utility model provides is:
A kind of wind energy two panels side dress height protection bus principal mode material, it is characterised in that described principal mode material includes main riser, upper abdomen
Plate and bottom web, described main riser, epiplastron and bottom web are provided with the first main card connect in " work " set up of character patt ern, described epiplastrons
Plate and the first rigid structure, described first main card fishplate bar is arranged at the right side of epiplastron, by the right extension edge of epiplastron, first stands
Limit, the first horizontal edge and first side combine, and the right extension edge of described epiplastron and the first stile are vertical, the first stile and first
Horizontal edge is vertical, and the first horizontal edge is vertical with first side, and the first main card fishplate bar is provided with the first seal groove, described first seal groove by
The right extension edge of epiplastron, the first stile and the combination of the first horizontal edge surround, and described first rigid structure, in " h " shape, is arranged at upper abdomen
The left side of plate, is combined by the second stile, the second horizontal edge and second side, and described second stile and the second horizontal edge are vertical, the
Two horizontal edges are vertical with second side；
Described bottom web is provided with the second main card fishplate bar and the second rigid structure, described second main card fishplate bar and the first main card
The size of fishplate bar is identical, and shape is symmetrical about horizontal symmetry-line L of principal mode material, described second rigid structure and the first rigid structure
Size identical, shape is symmetrical about line of symmetry L, and the second main card fishplate bar is provided with the second seal groove；
Above-mentioned a kind of wind energy two panels side dress height protection bus principal mode material, wherein, described first seal groove and second seals
Being fixed with rubber seal in groove, described main riser is provided with heat radiation triangular prism.
Above-mentioned a kind of wind energy two panels side dress height protection bus principal mode material, wherein, described main riser, epiplastron and bottom web
Junction be provided with the first reinforcement.
Above-mentioned a kind of wind energy two panels side dress height protection bus principal mode material, wherein, described epiplastron has the first leakage
Hole, described first leak is positioned at the right side of the second stile, and bottom web has the second leak, described second leak and
One leak is symmetrical about line of symmetry L.
The beneficial effects of the utility model are:
The utility model proposes a kind of wind energy two panels side dress height protection bus principal mode material, including main riser, epiplastron and
Bottom web, epiplastron and bottom web are provided with main card fishplate bar and rigid structure, and arrange seal groove, are fixed with rubber in seal groove
Glue sealing member, main riser is provided with heat radiation triangular prism, and this utility model simple in construction is reasonable in design, compares with conventional busbars, main
Section bar is equivalent to be fused to three section bars such as the upper and lower base plate of conventional busbars and left plate one, and by with side section bar card
Connecing riveting, it is achieved the integration of bus housing, and riveting uses atresia riveting, riveting process is without upset, and technique more simplifies, more great Cheng
Degree improves production efficiency, and beneficially Automated assembly produces high economic benefit, simultaneously seal groove and the setting of rubber seal,
While the reliability that improve bus installation location and degree of accuracy, also improve waterproof sand prevention performance, heat radiation triangular prism
Arrange, the most significantly enhance the heat dispersion of bus.
Accompanying drawing explanation
Fig. 1 this utility model schematic diagram.
Fig. 2 side section bar schematic diagram.
Fig. 3 bus body diagram.
Fig. 4 jack box scheme of installation.
Detailed description of the invention
Embodiment one
A kind of wind energy two panels side as depicted dress height protection bus principal mode material, it is characterised in that described principal mode material 2 includes
Main riser 4, epiplastron 5 and bottom web 6, described main riser 4, epiplastron 5 and bottom web 6 are in " work " set up of character patt ern, described upper abdomen
Plate 5 is provided with the first main card fishplate bar 10 and the first rigid structure 11, and described first main card fishplate bar 10 is arranged at the right side of epiplastron 5
Side, is combined by the right extension edge of epiplastron the 12, first stile the 13, first horizontal edge 14 and first side 15, and described epiplastron is right
Extension edge 12 and the first stile 13 are vertical, and the first stile 13 and the first horizontal edge 14 are vertical, hang down in the first horizontal edge 14 and first side 15
Directly, the first main card fishplate bar 10 is provided with the first seal groove 16, and described first seal groove 16 is stood by the right extension edge of epiplastron 12, first
Limit 13 and the combination of the first horizontal edge 14 surround, and described first rigid structure 11, in " h " shape, is arranged at the left side of epiplastron 5, by second
Stile the 17, second horizontal edge 18 and second side 19 combine, and described second stile 17 and the second horizontal edge 18 are vertical, the second horizontal edge
18 and second side 19 vertical；
Described bottom web 6 is provided with the second main card fishplate bar 20 and the second rigid structure 21, described second main card fishplate bar 20 with
The size of the first main card fishplate bar 10 is identical, and shape is symmetrical about horizontal symmetry-line L of bus housing 1, described second rigid structure
21 is identical with the size of the first rigid structure 11, and shape is symmetrical about line of symmetry L, and the second main card fishplate bar 20 is provided with the second sealing
Groove 22；
Above-mentioned a kind of wind energy two panels side dress height protection bus principal mode material, wherein, described first seal groove 16 and second is close
Being fixed with rubber seal 27 in sealing groove 22, described main riser 4 is provided with heat radiation triangular prism 29.
Above-mentioned a kind of wind energy two panels side dress height protection bus principal mode material, wherein, described main riser 4, epiplastron 5 and lower abdomen
The junction of plate 6 is provided with the first reinforcement 30.
Above-mentioned a kind of wind energy two panels side dress height protection bus principal mode material, wherein, described epiplastron 5 has the first leakage
Hole 34, described first leak 34 is positioned at the right side of the second stile 17, and bottom web 6 has the second leak 35, and described second
Leak 35 and the first leak 34 are symmetrical about line of symmetry L.
Above-mentioned a kind of wind energy two panels side dress height protection bus principal mode material, wherein, described principal mode material 2 is high-quality magnalium
Material.
Embodiment two
As shown in Figures 2 and 3, the principal mode material 2 in embodiment one collectively forms bus housing 1, described side type with side section bar 3
Material 3 includes cant board 7, upper cross plate 8 and lower horizontal version 9, described cant board 7, upper cross plate 8 and lower horizontal version 9 in " Contraband " set up of character patt ern,
The right side of described upper cross plate 8 is provided with the first side card adapter plate 22, and described first side card adapter plate 22 is in inverted "L" shaped, by the 3rd horizontal edge 23
Combining with the 3rd stile 24, described 3rd horizontal edge 23 and the 3rd stile 24 are vertical, and the lower end of the 3rd stile 24 protrudes from
The lower surface of transverse slat 8, the first side card adapter plate 22 is provided with the 3rd seal groove 25, and described 3rd seal groove 25 is by upper cross plate the 8, the 3rd
Horizontal edge 23 and the combination of the 3rd stile 24 surround, and the right side of described lower horizontal version 9 is provided with the second side card adapter plate 36, described second side clamping
Plate 36 is identical with the size of the first side card adapter plate 22, and shape is symmetrical about line of symmetry L, and it is close that the second side card adapter plate 36 is provided with the 4th
Sealing groove 26；
Described first main card fishplate bar 10 and the first side card adapter plate 22 corresponding matching, the 3rd horizontal edge 23 snaps in the first seal groove
16, and it is close to rubber seal 27, the right extension edge of epiplastron 12 snaps in the 3rd seal groove 25, described second main card fishplate bar 20 and
Two side card adapter plate 36 corresponding matching, described principal mode material 2 and side section bar 3 by first main card fishplate bar the 10, second main card fishplate bar 20, the
Side card adapter plate 22 and the second side card adapter plate 36 realize clamping, and by riveting without hole rivet 28；
Wherein, described cant board 7 and main riser 4 are disposed in parallel relation to one another, and cant board 7 is provided with heat radiation triangular prism 29, edge-on
The junction of plate 7, upper cross plate 8 and lower horizontal version 9 is provided with the second reinforcement 31.
Embodiment three
Described main riser 4, cant board 7, epiplastron 5 and bottom web 6 constitute bus and install inner chamber 32, in described bus is installed
Chamber 32 is square, and its top and bottom are provided with elastic rubber fitting 33, and described elastic rubber fitting 33 is affixed with epiplastron 5 and bottom web 6；
The upper end of described bus housing 1 is provided with jack box insulation cover plate 37, described jack box insulation cover plate 37 by its two
The snap fit 38 of end and the first side card adapter plate 22 and the first rigid structure 11 clamping, jack box insulation cover plate the 37, first main card fishplate bar
10, the cavity that the first rigid structure 11 and epiplastron 5 surround is that cavity 39 installed by jack box, and described jack box is installed in cavity 39
Jack box 40 can be installed.
The utility model proposes a kind of wind energy two panels side dress height protection bus principal mode material, including main riser, epiplastron and
Bottom web, epiplastron and bottom web are provided with main card fishplate bar and rigid structure, and arrange seal groove, are fixed with rubber in seal groove
Glue sealing member, main riser is provided with heat radiation triangular prism, and this utility model simple in construction is reasonable in design, compares with conventional busbars, main
Section bar is equivalent to be fused to three section bars such as the upper and lower base plate of conventional busbars and left plate one, and by with side section bar card
Connecing riveting, it is achieved the integration of bus housing, and riveting uses atresia riveting, riveting process is without upset, and technique more simplifies, more great Cheng
Degree improves production efficiency, and beneficially Automated assembly produces high economic benefit, simultaneously seal groove and the setting of rubber seal,
While the reliability that improve bus installation location and degree of accuracy, also improve waterproof sand prevention performance, heat radiation triangular prism
Arrange, the most significantly enhance the heat dispersion of bus.
The above, only this utility model preferably detailed description of the invention, but protection domain of the present utility model is not
Being confined to this, any those familiar with the art, in the technical scope that this utility model discloses, can readily occur in
Change or replacement, all should contain in protection domain of the present utility model.Therefore, protection domain of the present utility model should be with
The protection domain of claims is as the criterion.
Claims (4)
1. a wind energy two panels side dress height protection bus principal mode material, it is characterised in that described principal mode material includes main riser, epiplastron
And bottom web, described main riser, epiplastron and bottom web are in " work " set up of character patt ern, and described epiplastron is provided with the first main card fishplate bar
With the first rigid structure, described first main card fishplate bar is arranged at the right side of epiplastron, by the right extension edge of epiplastron, the first stile,
First horizontal edge and first side combine, and the right extension edge of described epiplastron and the first stile are vertical, the first stile and the first horizontal stroke
Limit is vertical, and the first horizontal edge is vertical with first side, and the first main card fishplate bar is provided with the first seal groove, and described first seal groove is by upper
The right extension edge of web, the first stile and the combination of the first horizontal edge surround, and described first rigid structure, in " h " shape, is arranged at epiplastron
Left side, the second stile, the second horizontal edge and second side combine, described second stile and the second horizontal edge are vertical, second
Horizontal edge is vertical with second side；
Described bottom web is provided with the second main card fishplate bar and the second rigid structure, described second main card fishplate bar and the first main card fishplate bar
Size identical, shape is symmetrical about horizontal symmetry-line L of principal mode material, described second rigid structure and the first rigid structure big
Little identical, shape is symmetrical about line of symmetry L, and the second main card fishplate bar is provided with the second seal groove.
2. wind energy two panels side as claimed in claim 1 a kind of dress height protection bus principal mode material, it is characterised in that described first close
Being fixed with rubber seal in sealing groove and the second seal groove, described main riser is provided with heat radiation triangular prism.
3. a kind of wind energy two panels side as claimed in claim 1 dress height protection bus principal mode material, it is characterised in that described master stands
The junction of plate, epiplastron and bottom web is provided with the first reinforcement.
4. a kind of wind energy two panels side as claimed in claim 1 dress height protection bus principal mode material, it is characterised in that described epiplastron
On have the first leak, described first leak is positioned at the right side of the second stile, and bottom web has the second leak, described
Second leak and the first leak are symmetrical about line of symmetry L.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620057508.XU CN205544093U (en) | 2016-01-21 | 2016-01-21 | Two high protection generating line principal mode materials of side dress of wind energy |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620057508.XU CN205544093U (en) | 2016-01-21 | 2016-01-21 | Two high protection generating line principal mode materials of side dress of wind energy |
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| CN205544093U true CN205544093U (en) | 2016-08-31 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105633882A (en) * | 2016-01-21 | 2016-06-01 | 江苏辉能达电气有限公司 | Wind energy two-piece side mounting high-protection busbar main sectional material |
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2016
- 2016-01-21 CN CN201620057508.XU patent/CN205544093U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105633882A (en) * | 2016-01-21 | 2016-06-01 | 江苏辉能达电气有限公司 | Wind energy two-piece side mounting high-protection busbar main sectional material |
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