CN209001451U - A kind of open air assembled energy-saving power distribution room - Google Patents
A kind of open air assembled energy-saving power distribution room Download PDFInfo
- Publication number
- CN209001451U CN209001451U CN201821613937.6U CN201821613937U CN209001451U CN 209001451 U CN209001451 U CN 209001451U CN 201821613937 U CN201821613937 U CN 201821613937U CN 209001451 U CN209001451 U CN 209001451U
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- power distribution
- distribution room
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- plate
- door
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Abstract
The utility model relates to a kind of outdoor assembled energy-saving power distribution rooms, are made of in the form of removable assembling structure roofing, photovoltaic module, aluminium alloy post, door-plate, wall, pedestal and attachment；The roofing is integrated by top cover and photovoltaic module by middle briquetting and tip layering bolt, and photovoltaic module can provide power supply using solar power generation for power distribution room；The room body is made of pedestal, frame, door-plate and wall, the pedestal is installed on ground, the frame set is on pedestal, wall and door-plate are installed in two sides, power distribution equipment and electrical equipment are lifted in power distribution room and fixed, the roofing is lifted on cabinet, and is fixed as one by rotation lock and cabinet.The utility model installation is simple and convenient efficiently；Roofing uses photovoltaic module, makes full use of power generation space；It is more convenient using aluminum alloy frame profile material assembling, the utilization efficiency of resource can be improved, promote the comprehensive cyclic utilization of resource.
Description
Technical field
The utility model relates to power distribution room construction fields, and in particular to a kind of open air assembled energy-saving power distribution room.
Background technique
Power distribution room is also named distribution substation, generally, in room there was only the high voltage distribution installation of opening and closing and distribution electric energy effect, female
Without main transformer on line.As an important link in power supply-distribution system, the superiority and inferiority of power distribution room structure design is directly related to
The safe and reliable operation of built-in controller switching equipment, to cause very big influence to terminal user's power quality and reliability.
Current power distribution room mostly uses brickwork construction, and roofing uses pouring type, and work progress needs to set up protection base hand
Frame, roofing need to lay waterproof roll, and construction procedure is lengthy and jumbled, and it is various to be related to material category, and buying and haul-cycle time are long, material utilization amount
It is difficult to also need rubbish to transport outward and clear up after accurate budget, construction and finishing.In addition, in the case where current construction technology is horizontal, nothing
By the exterior wall for taking what structure type, it is all very difficult to avoid completely the generation that the structures such as crack, plastering fall off, to cause exterior wall
Leak-preventing ability reduce, influence equipment operation.
The power distribution room of brickwork construction traditional at this stage has not been able to satisfy the autonomous of new period distribution network engineering design gradually
It innovates, is advanced and applicable, improving efficiency, energy conservation and environmental protection, accomplishing that uniformity is mutually unified with adaptability, advance, economy flexibility
The principles and requirements of coordination.
Utility model content
In order to solve the above technical problems, the utility model provides a kind of assembled energy-saving power distribution room, this assembled energy-saving is matched
Electric room frame room body is matched using the fore shaft in rotation lock and connecting plate with roofing and completes removable connection, is installed simple and convenient
Efficiently；Roofing uses photovoltaic module, makes full use of power generation space；It is more convenient using aluminum alloy frame profile material assembling, it can be improved
The utilization efficiency of resource promotes the comprehensive cyclic utilization of resource.
To solve above-mentioned technical problem, technical solution provided by the utility model is:
A kind of open air assembled energy-saving power distribution room, by roofing, photovoltaic module, aluminium alloy post, door-plate, wall, pedestal and
Attachment is formed in the form of removable assembling structure；The roofing is one by middle briquetting and tip layering bolt by top cover and photovoltaic module
Body, photovoltaic module can provide power supply using solar power generation for power distribution room；The room body is by pedestal, frame, door-plate and wall group
At the pedestal is installed on ground, and the frame set installs wall and door-plate, power distribution equipment on pedestal, in two sides
It is lifted in power distribution room with electrical equipment and fixed, the roofing is lifted on cabinet, and is fixed by rotation lock and cabinet
It is integrated.
Further, the pedestal skeleton is welded by channel steel, and welding layout is enhanced using several triangular mesh
The strength and stability of pedestal, soldering stainless steel bottom plate on pedestal install electrical equipment on it, and are equipped with electricity in corresponding position
Cable and bus inlet and outlet.
Further, the pedestal quadrangle and long side are welded with several limit angle bar and band iron, limit angle bar in aluminium alloy
Frame and pedestal play position-limiting action when assembling, and furthermore limit and are provided with mounting hole on angle bar and band iron, pass through hexagon socket head cap screw and T
Pedestal and frame bolt are integrated by type nut.
Further, the frame passes through triangle connection element T-nut and interior hexagonal by several aluminium alloy extrusions brackets
Bolt overlap joint is integrated.
Further, the wall and door-plate use corrugation sandwich panel.
Further, the door-plate and wall are coupled using concealed bolt with frame inside power distribution room.
Further, power distribution room roofing passes through bolt, the nut for being welded on top cover and middle briquetting and tip layering for photovoltaic
Component and top cover are connected as one, and EPDM material elastic sealing strip is pressed under medium pressure block, are guaranteeing what photovoltaic module fastened
Simultaneously without damaging assembly surface.
Further, several rotation locks of uniform welding on the downside of the roofing of power distribution room, frame upper side frame bolt have " going back to " type company
Fishplate bar, on connecting plate along in frame upper side frame along the fore shaft being provided with rotation lock cooperation, roofing and room body by rotation lock and
Connecting plate is connected as one.
Further, forced-ventilated fan and shutter is respectively set on two side door plate of power distribution room, forced-ventilated fan is set to distribution
Room top is mounted on the inside of circular ventilation window, controls automatic start-stop by Intelligent humiture controller using axial flow blower.
Further, ventilating blind and stainless steel gauze are equipped at vent window, it is symmetrical in the split door-plate lower part in the other side
It is formed together with forced-ventilated fan equipped with two fan rectangle shutters into cold wind under one, above the high efficiency and heat radiation system of hot wind out；In door
Padlock with cover is used on plate.
The beneficial effects of the utility model are as follows:
1. the utility model meets distribution engineering " standardized designs, batch production processing, mechanized construction, assembled construction "
Principle, full prefabrication, flexibly and fast, the construction period can shorten 40% or more to site installation test.
2, material utilization amount minute design and production prevent situ wet operation, reduce construction site building waste, guarantee text
Bright construction.
3, corrugation sandwich panel is easy to form, light-weight, just corresponds to the 1/20 of brick wall structure, can be substantially reduced knot
Structure load reduces power distribution room structural cost.
4, color steel plate door-plate and wall central filler rock wool thermal insulation layer have splendid heat-insulated, sound insulation, heat preservation, fire resistance
Can, wall hydrophobicity performance is good, and the leak-preventing ability of exterior wall can be greatly improved.
5, using aluminium alloy post, light weight, intensity are high, can be with standard door-plate and wall entirety packing and transporting, scene peace
Dress reduces requirement to haulage vehicle and road and transportation cost and difficulty.
6, photovoltaic power generation rationally is carried out using power distribution room roofing space, not only energy conservation and environmental protection, but also can be to avoid direct sunlight, greatly
It is big to reduce temperature rise in power distribution room.
7, power distribution room roofing and wall use rotation lock assembly connection, installation and maintenance more convenient and efficient.
8, power distribution room four sides uses color steel plate, and intensity is high, and has the good decorative and corrosion resistance of coating material concurrently, makes
It must build and combine together with decoration, save decoration cost.
Detailed description of the invention
Fig. 1: power distribution room structure chart one.
Fig. 2: rotation lock structure chart.
Fig. 3: power distribution room structure chart two.
In figure: 1- power distribution room room body；2- power distribution room roofing；3- rotation lock；4- connecting plate；11- pedestal；12- door-plate；13-
Wall；14- frame；15- limits angle bar；16- hexagon socket head cap screw；17- shutter；18- padlock with cover；21- photovoltaic module；22-
Tip layering；23- vent window；24- ventilating blind；25- forced-ventilated fan；26- elastic sealing strip；Briquetting in 27-；28- bolt；29-
Nut.
Specific embodiment
The utility model is described in further detail combined with specific embodiments below.
This open air assembled energy-saving power distribution room mainly consists of two parts, i.e. power distribution room roofing 2 and 1 group of power distribution room room body
At power distribution room roofing 2 is mainly integrated by top cover and photovoltaic module 21 by middle briquetting 27 and the bolt of tip layering 22, power distribution room room
Body 1 is made of pedestal 11, frame 14, door-plate 12 and wall 13.First pedestal 11 is installed on ground, then by 14 groups of frame
Dress on the pedestal 11, installs two sides wall 13 and door-plate 12, then by power distribution equipment and electric equipments according to installation later
Floor plan is lifted in power distribution room and fixes, and finally power distribution room roofing 2 is lifted on cabinet, solid by rotation lock 3
It is set to one.
Such as Fig. 1, pedestal skeleton is welded by channel steel, and welding layout enhances the intensity of pedestal using multiple triangular mesh
And stability, soldering stainless steel bottom plate on pedestal install electrical equipment by electrical installation drawing thereon, and are equipped with electricity in corresponding position
Cable and bus inlet and outlet, pedestal quadrangle and long side are welded with several limit angle bar 15 and band iron, limit angle bar 15 in aluminum alloy frame
Frame 14 and pedestal play position-limiting action when assembling, and furthermore limit and are provided with mounting hole on angle bar 15 and band iron, can pass through interior hexagonal spiral shell
Pedestal and the bolt of frame 14 are integrated by bolt 16 and T-nut；Frame 14 passes through triangle joint by several aluminium alloy extrusions brackets
Part T-nut and the overlap joint of hexagon socket head cap screw 16 are integrated, and light weight, intensity is big, and antiseptic property is good, installs extremely convenient, frame
The installation of frame 14 is not related to lifting operation substantially.After the positioning of 14 mounting and adjusting of frame, wall is installed in the rectangle sash of long side
13, door-plate 12, wall 13 and door-plate 12 are installed in power distribution room two sides access way, cement brick is replaced using corrugation sandwich panel
Structure is built, has many advantages, such as light weight, intensity height, insulation, attractive and durable.Corrugation chromatic steel sandwich plate collection corrugated sheet and sandwich
Plate increases three times in one, than common plane chromatic steel sandwich plate intensity, and door-plate 12 and wall 13 use hidden inside power distribution room
Concealed bolt couples with frame 14, and convenient and efficient of constructing, good seal performance is not easy to seep water, and also has good anti-theft anti-disassembling advantage.
Power distribution room roofing 2 is mainly made of top cover and photovoltaic module 21, by bolt 28, be welded on the nut 29 of top cover with
And photovoltaic module 21 and top cover are connected as one by middle briquetting 27 and tip layering 22, and it is close that EPDM material elasticity is pressed under middle briquetting 27
Mounting 26, can be while guaranteeing that photovoltaic module 21 fastens without damaging assembly surface, and photovoltaic module 21 can be sent out using solar energy
Electricity provides green power supply for power distribution room, energy-saving and environment-friendly.
Several rotation locks 3 of uniform welding on the downside of the roofing of power distribution room, such as Fig. 2.14 upper side frame bolt of frame has " going back to " type company
Fishplate bar 4, along, along the fore shaft cooperated with rotation lock 3 is provided with, roofing and room body pass through rotation in 14 upper side frame of frame on connecting plate 4
Lock 3 and connecting plate 4 are connected as one.Its operating procedure are as follows: roofing is lifted on room body top, is slowly declined, adjustment orientation is inclined
Each rotation lock 3 of official post after roofing is fallen into place, screws 390 ° of rotation lock by fore shaft one by one, is coupled roofing and room body
It is integrated.It should be pointed out that before this step, all electrical equipments have been installed in power distribution room.
Such as Fig. 3, forced-ventilated fan 25 and shutter 17 is respectively set on two side door plate 12 of power distribution room, forced-ventilated fan 25 is set to
Power distribution room top is mounted on 23 inside of circular ventilation window, controls automatic start-stop by Intelligent humiture controller using axial flow blower,
Heat in power distribution room can be extracted out in time outward and guarantee equipment temperature limit；In addition, not reduce the degree of protection of power distribution room,
Ventilating blind 24 and stainless steel gauze are equipped at vent window 23.Light based on hot-air, cold air weight physical characteristic, in the other side
Split 12 lower part of door-plate is symmetrically arranged with two fan rectangle shutters 17 and is formed under one together with forced-ventilated fan 25 into cold wind, above goes out
The high efficiency and heat radiation system of hot wind.Padlock 18 with cover is used on door-plate 12, can effectively avoid external environment causes lock core water inlet to be got rusty
Cause to unlock and fail.
The above is only the preferred embodiment of the utility model, not makees limit in any form to the utility model
System, any person skilled in the art are not departing within the scope of technical solutions of the utility model, according to the utility model
Technical spirit, any simple modifications, equivalent substitutions and improvements to the above embodiments etc., still falls within the utility model
Within the protection scope of technical solution.
Claims (10)
1. a kind of open air assembled energy-saving power distribution room, it is characterised in that: by roofing, photovoltaic module, aluminium alloy post, door-plate, wall
Body, pedestal and attachment are formed in the form of removable assembling structure；The roofing passes through middle briquetting and press by top cover and photovoltaic module
Item bolt is integrated, and photovoltaic module can provide power supply using solar power generation for power distribution room；Room body by pedestal, frame, door-plate and
Wall composition, the pedestal are installed on ground, and the frame set installs wall and door-plate on pedestal, in two sides, are matched
Electric installation and electrical equipment are lifted in power distribution room and fix, and the roofing is lifted on cabinet, and pass through rotation lock and case
Body is fixed as one.
2. open air assembled energy-saving power distribution room according to claim 1, it is characterised in that: the skeleton of the pedestal is by channel steel
It is welded, welding layout enhances the strength and stability of pedestal, soldering stainless steel on pedestal using several triangular mesh
Bottom plate installs electrical equipment on it, and is equipped with cable and bus inlet and outlet in corresponding position.
3. open air assembled energy-saving power distribution room according to claim 2, it is characterised in that: the pedestal quadrangle and long side weldering
It is connected to several limit angle bar and band iron, limit angle bar plays position-limiting action when aluminum alloy frame and pedestal assemble, furthermore limits
It is provided with mounting hole on angle bar and band iron, is integrated pedestal and frame bolt by hexagon socket head cap screw and T-nut.
4. open air assembled energy-saving power distribution room according to claim 1, it is characterised in that: the frame is by several aluminium alloys
Section bar support is integrated by triangle connection element T-nut and hexagon socket head cap screw overlap joint.
5. open air assembled energy-saving power distribution room according to claim 1, it is characterised in that: the wall and door-plate use watt
Stupefied sandwich panel.
6. open air assembled energy-saving power distribution room according to claim 1, it is characterised in that: the door-plate and wall are in distribution
Coupled using concealed bolt with frame inside room.
7. open air assembled energy-saving power distribution room according to claim 1, it is characterised in that: power distribution room roofing by bolt,
Photovoltaic module and top cover are connected as one by the nut and middle briquetting and tip layering for being welded on top cover, are pressed under medium pressure block
EPDM material elastic sealing strip, without damaging assembly surface while guaranteeing that photovoltaic module fastens.
8. open air assembled energy-saving power distribution room according to claim 1, it is characterised in that: on the downside of the roofing of power distribution room uniformly
Weld several rotation locks, frame upper side frame bolt has " returning " type connecting plate, on connecting plate along in frame upper side frame along be provided with
The fore shaft of rotation lock cooperation, roofing and room body are connected as one by rotation lock and connecting plate.
9. open air assembled energy-saving power distribution room according to claim 1, it is characterised in that: on two side door plate of power distribution room respectively
Forced-ventilated fan and shutter are set, and forced-ventilated fan is set to power distribution room top and is mounted on the inside of circular ventilation window, using axis stream wind
Machine controls automatic start-stop by Intelligent humiture controller.
10. open air assembled energy-saving power distribution room according to claim 9, it is characterised in that: be equipped with ventilation at vent window
Blinds and stainless steel gauze are symmetrically arranged with two fan rectangle shutters group together with forced-ventilated fan in the split door-plate lower part in the other side
At under one into cold wind, the upper high efficiency and heat radiation system of hot wind out；Padlock with cover is used on door-plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821613937.6U CN209001451U (en) | 2018-09-30 | 2018-09-30 | A kind of open air assembled energy-saving power distribution room |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821613937.6U CN209001451U (en) | 2018-09-30 | 2018-09-30 | A kind of open air assembled energy-saving power distribution room |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209001451U true CN209001451U (en) | 2019-06-18 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821613937.6U Expired - Fee Related CN209001451U (en) | 2018-09-30 | 2018-09-30 | A kind of open air assembled energy-saving power distribution room |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109994947A (en) * | 2017-12-31 | 2019-07-09 | 朱志华 | A kind of ridge type solar energy Inverter Station |
-
2018
- 2018-09-30 CN CN201821613937.6U patent/CN209001451U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109994947A (en) * | 2017-12-31 | 2019-07-09 | 朱志华 | A kind of ridge type solar energy Inverter Station |
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| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190618 Termination date: 20210930 |
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| CF01 | Termination of patent right due to non-payment of annual fee |