CN205723168U - Super-capacitor module - Google Patents
Super-capacitor module Download PDFInfo
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- CN205723168U CN205723168U CN201620384222.2U CN201620384222U CN205723168U CN 205723168 U CN205723168 U CN 205723168U CN 201620384222 U CN201620384222 U CN 201620384222U CN 205723168 U CN205723168 U CN 205723168U
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- capacitor module
- super capacitor
- soft roll
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E60/00—Enabling technologies; Technologies with a potential or indirect contribution to GHG emissions mitigation
- Y02E60/13—Energy storage using capacitors
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Abstract
This utility model relates to technical field of energy storage, particularly relate to super-capacitor module, including housing, super capacitor module, positive terminal and negative terminal, described super capacitor module is arranged on enclosure interior, described positive terminal is connected with super capacitor module respectively with negative terminal, and described positive terminal and negative terminal all extend to the outside of housing from the inside of housing；Wherein, it is connected by ultra-sonic welded between described positive terminal with described super capacitor module, is connected by ultra-sonic welded between described negative terminal with super capacitor module.Compared with prior art, this utility model makes contact internal resistance reduce by the design optimized, the loss of energy when effectively reducing module output, it is achieved that the abundant protection to super capacitor module, improve the security and stability that module is overall, correspondingly make be extended the service life of module.
Description
Technical field
This utility model relates to technical field of energy storage, particularly relates to super-capacitor module.
Background technology
Along with the development of new forms of energy science and technology, energy storage technology also obtains fast development, and wherein, super capacitor is prominent high-power with it
With the long-life and be increasingly subject to pay attention to, when specifically applying, because super-capacitor module has the same of high power density and high-energy-density
Time can be suitable for bigger voltage and temperature range, so, super capacitor is generally applied with the form of super-capacitor module,
Such as the application in wind energy generating set in new forms of energy.Super-capacitor module generally includes metal shell, passes through in metal shell
Multiple super capacitors are monomer series-connected and/or the parts such as the super capacitor module that is connected in parallel and positive and negative terminals, in the application,
The stability in the large of super-capacitor module is used for the life-span significant impact.The assembling mode of housing is for super-capacitor module
Safe operation and charge status have a major impact, such as, between existing positive and negative terminals and super capacitor module and Soft Roll surpass
Connected mode between level electric capacity monomer generally uses screw and nut etc. threaded, and contact surface is little, and the contact internal resistance of generation is relatively big,
It is easily caused the overall output of super-capacitor module to reduce, produces bigger energy loss.Additionally, in During high voltage charge,
If the heat that super capacitor module produces can not shed in time, can cause forming inside the super capacitor monomer of super capacitor module
There are other unnecessary chemical reactions, generate the by-products such as gas, thus cause super capacitor monomer internal pressure to raise, enter
And easily cause accidents such as revealing even blast.
In prior art, disclose a kind of super-capacitor module such as utility model patent ZL 201320688408.3 and conduction connects
Contact pin, the conducting end that super capacitor monomer at super-capacitor module positive pole (negative pole) place is corresponding arranges conductive connecting piece,
Fixed radiating fin on the body of conductive connecting piece；This utility model relatively efficiently promotes the heat of capacitor module and derives one
Determine the impact reducing high temperature in degree to ultracapacitor monomer, but the protrusion of its radiating fin is arranged, to super capacitor mould
The use of block is made troubles, and its position arranged and mode have impact on the output of power the most to a certain extent.For another example practical new
A kind of circular super capacitance module that type patent ZL201520486477.5 provides, including base plate, is respectively arranged with at base plate two ends
Side plate, is provided with cover plate on side plate, and base, side plate and cover plate are engraved structure, base, side plate, horizontal connecting plate and cover plate
Collectively form Openworks shape framework, in framework, be arranged side by side electric capacity monomer, passing through between electric capacity monomer, connection row is set and is connected, institute
The both sides stating base plate and lid surface are respectively provided with limited location edge, and described spacing edge is provided with some and electric capacity monomer matching form conjunction
Stopper slot；This utility model is passed through the frame structure simplicity of hollow out and is installed and enhance radiating effect, but also makes super simultaneously
The protection of the super capacitor monomer within capacitance module is affected, thus also easily causes the instability that super-capacitor module is run.
Therefore, need badly and research and develop more excellent super-capacitor module, ensure power output, reduce energy loss, have good
Radiating effect, runs safety and stability, and can provide effective protection for internal super capacitor module.
Utility model content
The purpose of this utility model is, the problem existed for prior art, it is provided that a kind of super-capacitor module, it is possible to ensure merit
Rate exports, and reduces energy loss, fully improves radiating effect, effectively protect built-in super capacitor monomer and consisting of super
Level electric capacity module, provides safeguard for safe operation.
This utility model solves the technical scheme of problem: a kind of super-capacitor module, including housing, super capacitor module, just
Pole and negative terminal, described super capacitor module is arranged on described enclosure interior, and described positive terminal and negative terminal are super with described respectively
Level electric capacity module is connected, and described positive terminal and negative terminal all extend to the outside of described housing from the inside of described housing；Wherein,
It is connected by ultra-sonic welded between described positive terminal with described super capacitor module, described negative terminal and described super capacitor module
Between be connected by ultra-sonic welded.
Further, in super-capacitor module described in the utility model, described super capacitor module includes anode collection plate collection
Stream plate and negative pole currect collecting plate；Described positive terminal is connected by aluminium flake with described super capacitor module, wherein, and the one of described aluminium flake
It is connected by ultra-sonic welded between side with described positive terminal, the opposite side of described aluminium flake and the positive pole collection of described super capacitor module
It is connected by ultra-sonic welded between stream plate；Described negative terminal is connected by aluminium flake with described super capacitor module, wherein, and institute
State and be connected by ultra-sonic welded between the side of aluminium flake and described negative terminal, the opposite side of described aluminium flake and described super capacitor mould
It is connected by ultra-sonic welded between the negative pole currect collecting plate of group.
Preferably, in super-capacitor module described in the utility model, described positive terminal and negative terminal are screw-type cylinder,
It is arranged over insulation board at described super capacitor module, described insulation board is provided with the first square through hole and the second square through hole,
Described positive terminal passes described first square through hole, and the screw thread on described positive terminal surface snaps connection with described first square through hole,
Described negative terminal passes described second square through hole, and the screw thread on described negative terminal surface snaps connection with described second square through hole.
It is preferred that in super-capacitor module described in the utility model, described housing include a upper cover, base plate, four
Individual side plate and four groups of aluminum corner braces, described four groups of aluminum corner braces and described four side sheet rooms every setting, the equal grafting of described upper cover, base plate and side plate
It is fixed in the described aluminum corner brace being adjacent, passes through spiral shell by the structure of described aluminum corner brace upper cover, base plate and side plate composition after fixing
Silk is reinforced.
Preferably, in super-capacitor module described in the utility model, it is provided with between described upper cover and super capacitor module
First sealing gasket, is provided with the second sealing gasket between described base plate and super capacitor module；Cover on described and be provided with the first circle
Through hole and the second manhole, described positive terminal through after described first sealing gasket and the first manhole by screwed tightly
Firmware is fixed, and described negative terminal is fixed by screwed securing member after described first sealing gasket and the second manhole.
Preferably, in super-capacitor module described in the utility model, described super-capacitor module also includes equal pressing plate, in institute
Stating to cover and be provided with equal pressing plate cable-through hole, cover and be fixedly installed control box on described, described equal pressing plate is fixedly installed on described
Controlling in box, described equal pressing plate cable-through hole is positioned at the lower section of described equal pressing plate.
Further, in super-capacitor module described in the utility model, described super capacitor module is by the super electricity of multiple Soft Rolls
Holding monomer composition, each described Soft Roll super capacitor monomer all includes Soft Roll housing and the positive pole being respectively connected with described Soft Roll housing
Ear and negative electrode lug.
Preferably, in super-capacitor module described in the utility model, in described super capacitor module, each described Soft Roll surpasses
It is connected by ultra-sonic welded between level electric capacity monomer；Time between two adjacent described Soft Roll super capacitor monomers for series connection,
Pass through between the negative electrode lug of the anode ear of one of them described Soft Roll super capacitor monomer and another described Soft Roll super capacitor monomer
Ultra-sonic welded is connected；When being in parallel between two adjacent described Soft Roll super capacitor monomers, the super electricity of said two Soft Roll
Hold and be connected by ultra-sonic welded between the anode ear of monomer, by super between the negative electrode lug of said two Soft Roll super capacitor monomer
Sonic soldering connects and is connected.
Preferably, in super-capacitor module described in the utility model, in described super capacitor module, each described Soft Roll surpasses
The both sides of level electric capacity monomer are provided with fin.
It is preferred that in super-capacitor module described in the utility model, the both sides of described fin are provided with flanging, described Soft Roll
The both sides of each middle maximum area of super capacitor monomer are adjacent with two described fin respectively, described Soft Roll super capacitor monomer
In the range of being located in one of the parcel that two side edgefolds of adjacent described fin are formed；Described positive terminal, negative terminal, dissipate
Backing, the anode ear of Soft Roll super capacitor monomer and negative electrode lug are constituted by metallic aluminium, the Soft Roll of described Soft Roll super capacitor monomer
Housing is made up of aluminum-plastic composite membrane.
Compared with prior art, the beneficial effects of the utility model are: make positive terminal and negative terminal with super by the design optimized
Contact internal resistance between electric capacity module and between each super capacitor monomer reduces, and effectively reduces the loss of module output；Logical
Cross simple optimizing housing assemble, enable super capacitor module sufficiently to be protected, thus effectively prevent extraneous gas and
The materials such as moisture enter inside modules and cause the generation of the functional parts damage accidents such as super capacitor module, improve the peace of module
Total stability；Additionally, the setting of fin makes the heat produced in super capacitor monomer running derive in time, thus effectively
Avoid the security incident caused because heat assembles to occur；Generally, this utility model improves the safety and stability that module is overall
Property, correspondingly achieve the prolongation in service life, and effective guarantee power output, decreases energy loss.
Accompanying drawing explanation
Fig. 1 is the external structure schematic diagram of this utility model super-capacitor module；
Fig. 2 is super capacitor module and positive terminal and the structural representation of negative terminal assembling of this utility model super-capacitor module；
Fig. 3 is the structural representation that the positive terminal of this utility model super-capacitor module is connected with aluminium strip；
Fig. 4 is the structural representation that the negative terminal of this utility model super-capacitor module is connected with aluminium strip；
The structural representation that Fig. 5 is the positive terminal of this utility model super-capacitor module and negative terminal assembles with insulation board；
Fig. 6 is the explosive view of this utility model super-capacitor module；
Fig. 7 is the decomposed explosive view of the super capacitor module of this utility model super-capacitor module；
Fig. 8 is the decomposed explosive view of the super capacitor module arranging fin of this utility model super-capacitor module.
Shown in figure: 1-housing；2-positive terminal；3-negative terminal；4-super capacitor module, 401-Soft Roll super capacitor monomer, 402-
Fin；5-aluminium strip；6-insulation board, 601-the first square through hole, 602-the second square through hole；7-upper cover, 701-first is circular
Through hole, 702-the second manhole, 703-equal pressing plate cable-through hole；8-base plate；9-side plate；10-aluminum corner brace；11-the first sealing gasket；
12-the second sealing gasket；The screwed securing member of 13-；14-controls box.
Detailed description of the invention
With embodiment, this utility model is described in detail below in conjunction with the accompanying drawings, but this utility model is not by any limit of embodiment
System.For the enhancement public to thorough understanding of the present utility model, in preferred embodiment below, concrete details is described in detail, and
The description not having these details for a person skilled in the art can also understand this utility model completely.It addition, in order to avoid right
Essence of the present utility model causes unnecessary obscuring, and does not describe well-known element, circuit and using method etc. in detail.
Embodiment 1
As depicted in figs. 1 and 2, a kind of super-capacitor module, including housing 1, super capacitor module 4, positive terminal 2 and negative pole
Post 3, it is internal that described super capacitor module 4 is arranged on housing 1, described positive terminal 2 and negative terminal 3 respectively with super capacitor mould
Group 4 connection mutually, described positive terminal 2 and negative terminal 3 all extend to the outside of housing 1 from the inside of housing 1, wherein, described
It is connected by ultra-sonic welded between positive terminal 2 with super capacitor module 4, between described negative terminal 3 and super capacitor module 4
It is connected by ultra-sonic welded.
In the above-described embodiments, by described positive terminal 2 and negative terminal 3 are connected with super capacitor module 4 ultra-sonic welded, phase
Increase compared with threaded contacting surface such as existing screw and nuts, so that contact internal resistance reduces, and then make super-capacitor module export
Energy loss in power process the most correspondingly reduces；Furthermore, it is necessary to explanation, for positive terminal 2 and the position of negative terminal
Specifically arrange according to realistic objective product requirement and assembling situation.
In the above-described embodiments, it is connected for ensureing that positive terminal 2 and negative terminal 3 are firm with super capacitor module 4 further, goes forward side by side
One step reduces contact internal resistance, and described super capacitor module 4 includes that anode collection plate (not shown) and negative pole currect collecting plate are (in figure
Do not show), as shown in Figures 2 to 4, described positive terminal 2 is connected by aluminium flake 5 with super capacitor module 4, wherein, institute
State and be connected by ultra-sonic welded between the side of aluminium flake 5 and positive terminal 2, the opposite side of described aluminium flake 5 and super capacitor module
Being connected by ultra-sonic welded between the anode collection plate (not shown) of 4, described negative terminal 3 leads to super capacitor module 4
Crossing aluminium flake 5 to be connected, wherein, the side of described aluminium flake 5 is connected by ultra-sonic welded between negative terminal 3, described aluminium flake
It is connected by ultra-sonic welded between the opposite side of 5 and the negative pole currect collecting plate (not shown) of super capacitor module 4；Super at this
In sonic soldering termination process, positive terminal 2 and negative terminal 3 are welded as a whole with aluminium strip 5 respectively, then, then the positive terminal by integration
2 and the negative terminal 3 of aluminium strip 5 and integration and aluminium strip 5 respectively with anode collection plate and the super capacitor mould of super capacitor module 4
The negative pole currect collecting plate of group 4 is connected by ultra-sonic welded, adds solder side, and meanwhile, ultra-sonic welded passes through ultrasound wave by positive terminal
2 with the contact surface of aluminium strip 5, aluminium strip 5 and the contact surface of anode collection plate of super capacitor module 4, negative terminal 3 and aluminium strip 5
Contact surface, the contact surface of aluminium strip 5 and the negative pole currect collecting plate of super capacitor module 4 melts the most rapidly and is integrated, compared to existing
Threaded, steadiness been significantly enhanced, and the increase of contact surface, then contact internal resistance can be made to be reduced accordingly, from
And ensured the power of output further, decrease the loss of energy；For fully ensureing ultra-sonic welded effect, described positive terminal 2,
Negative terminal 3, the anode collection plate of super capacitor module 4 and negative pole currect collecting plate are the most preferably made up of metal, are preferably chosen as gold
Belong to aluminum.It is preferred that for strengthening positive terminal 2 and the stability of negative terminal 3, the most described positive terminal 2 and negative terminal 3
It is both preferably screw-type cylinder, is arranged over insulation board 6 at described super capacitor module 4, described insulation board 6 is provided with
First square through hole 601 and the second square through hole 602, described positive terminal 2 is through the first square through hole 601, described positive terminal 2
Screw thread and first square through hole 601 on surface snap connection, and described negative terminal 3 is through the second square through hole 602, described negative pole 3
Screw thread and second square through hole 602 on post surface snap connection.It is preferred that for the super capacitor module 4 that adequately protects, it is to avoid outer
The materials such as the gas in portion and moisture enter and impact, and as shown in figures 1 to 6, described housing 1 includes a upper cover 7,
8, four side plates 9 of individual base plate and four groups of aluminum corner braces 10, described four groups of aluminum corner braces 10 and four side plate 9 intervals are arranged, described upper cover 7,
Base plate 8 and the equal grafting of side plate 9 are fixed in the aluminum corner brace 10 being adjacent, the upper cover 7 after being fixed by aluminum corner brace 10, base plate 8
Reinforced by screw with the structure of side plate 9 composition, be arranged such, not only make the simpler optimization of assembling of housing 1, significantly carry
High packaging efficiency, but also super capacitor module 4 can be made sufficiently to be protected, thus it is prevented effectively from extraneous gas and moisture
Enter inside modules Deng material, and then be substantially prevented from super capacitor module 4 and other functional parts receive the damage accidents such as corrosion
Generation, make the security and stability of module be improved, correspondingly, also be beneficial to extend module service life；Wherein, described
The selection of aluminum corner brace 10 is compared lighter compared to other fixtures with function of the same race；Preferably, for further enhancing housing
The steadiness of 1, adequately protect the super capacitor module 4 within housing 1, and fixedly secures positive terminal 2 and negative terminal 3, in institute
State and between upper cover 7 and super capacitor module 4, be provided with the first sealing gasket 11, between described base plate 8 and super capacitor module 4
Being provided with the second sealing gasket 12, described upper cover 7 is provided with the first manhole 701 and the second manhole 702, described positive pole
Post 2 is fixed by screwed securing member 13 after the first sealing gasket 11 and the first manhole 701, described negative terminal
3 are fixed by screwed securing member 13 after the first sealing gasket 11 and the second manhole 702, described in be threaded
Securing member 13 be preferably made up of insulant such as plastics, actual production assemble in the most also can be at super capacitor mould
The surrounding of group 4 adds other felt pads, to strengthen shockproof protection such as grade；Preferably, for abundant assurance module stable operation, fully
Protection super capacitor module 4, efficiently ensures power stability output, and described super-capacitor module also includes equal pressing plate (not shown),
Being provided with equal pressing plate cable-through hole 703 on described upper cover 7, cover and be fixedly installed control box 14 on described, described equal pressing plate is solid
Surely being arranged in control box 14, described equal pressing plate cable-through hole 703 is positioned at the lower section of described equal pressing plate, effective by shown equal pressing plate
Protection super capacitor module 4, equalizaing charge function, equilibrium energy is distributed, correspondingly extends the service life of super-capacitor module.
Embodiment 2
As shown in Figures 1 to 6, a kind of super-capacitor module of the present utility model, its basic structure arranges same embodiment 1, tool
Body ground, as it is shown in fig. 7, also include arranging as follows: for improving security and stability, described super capacitor module 4 is by multiple Soft Rolls
Super capacitor monomer 401 forms, each described Soft Roll super capacitor monomer 401 all include Soft Roll housing (not shown) and with institute
State anode ear (not shown) and negative electrode lug (not shown) that Soft Roll housing is respectively connected with.
In the above-described embodiments, by using Soft Roll super capacitor monomer 401 to assemble super capacitor module 4, compared to hard gold
Belonging to the super capacitor monomer of housing class packaging, volume significantly reduces, and shock resistance is also strengthened, it is possible to effectively buffer super electricity
Hold monomer internal pressure, thus the accidents such as leakage and blast on fire that are prevented effectively from occur, and correspondingly, make the peace of super-capacitor module
Total stability is also improved；Preferably, the Soft Roll housing of described Soft Roll super capacitor monomer 401 is made up of aluminum-plastic composite membrane,
Anode ear and the negative electrode lug of described Soft Roll super capacitor monomer 401 are constituted by metallic aluminium, thus are beneficial to ensure ultra-sonic welded effect.
In this utility model, described Soft Roll super capacitor monomer also includes being arranged on the parts such as the battery core of described Soft Roll enclosure interior, tool
Body is determined according to the requirement of actual production product.
In the above-described embodiments, for reducing contact internal resistance, the power of guarantee output further, reduce energy loss, described super
In level electric capacity module 4, it is connected by ultra-sonic welded, specifically, when adjacent between each described Soft Roll super capacitor monomer 401
Two described Soft Roll super capacitor monomers 401 between for series connection time, one of them described Soft Roll super capacitor monomer 401 is just
Lug is connected by ultra-sonic welded between the negative electrode lug of Soft Roll super capacitor monomer 401 with another described；When adjacent two
When being in parallel between described Soft Roll super capacitor monomer 401, logical between the anode ear of said two Soft Roll super capacitor monomer 401
Cross ultra-sonic welded to be connected, be connected by ultra-sonic welded between the negative electrode lug of said two Soft Roll super capacitor monomer 401, from
And be correspondingly formed anode collection plate and the negative pole currect collecting plate of super capacitor module 4, by ultra-sonic welded make super capacitor monomer it
Between lug between stable connection and contact surface increase, threaded compared to traditional, contact internal resistance is greatly reduced, effectively reduces
Energy loss, fully ensures that the power of output meets working condition requirement.
In the above-described embodiments, the security and stability overall for strengthening module, as shown in Figure 8, at described super capacitor module 4
In, the both sides of each described Soft Roll super capacitor monomer 401 are provided with fin 402, make Soft Roll super capacitor monomer 401 produce
Raw heat is conducted in time, thus other unnecessary chemical reactions generate gas etc. to avoid the internal generation of super capacitor monomer
By-product, and then effectively prevent the accidents such as leakage, fire and blast from occurring；For strengthening radiating effect, described fin 402 is excellent
Elect metal fin as, it is preferred that described fin 402 is made up of metallic aluminium, be also beneficial to while ensureing radiating effect reduce
The mass change that module is overall.While ensureing radiating effect, for strengthening the stability of Soft Roll super capacitor monomer 401,
The both sides of described fin 402 are provided with flanging, and the both sides of each middle maximum area of described Soft Roll super capacitor monomer are respectively with two
Individual described fin is adjacent, and described Soft Roll super capacitor monomer is located in one of two side edgefold institute shapes of adjacent described fin
In the range of the parcel become, i.e. reach to be completely disposed in fin the both sides of each Soft Roll super capacitor monomer maximum area, only retain
It is open with one end of negative electrode lug and the bottom relative with anode ear and negative electrode lug that anode ear is set, thus fully improves radiating effect.
This utility model is not limited to above-mentioned embodiment, and it is any aobvious and easy to above-mentioned embodiment that those skilled in the art are made
The improvement seen or change, all without the protection domain beyond design of the present utility model and claims.
Claims (10)
1. super-capacitor module, including housing, super capacitor module, positive terminal and negative terminal, described super capacitor module is arranged
It is connected with described super capacitor module respectively at described enclosure interior, described positive terminal and negative terminal, described positive terminal and negative pole
Post all extends to the outside of described housing from the inside of described housing, it is characterised in that: described positive terminal and described super capacitor mould
It is connected by ultra-sonic welded between group, is connected by ultra-sonic welded between described negative terminal with described super capacitor module.
Super-capacitor module the most according to claim 1, it is characterised in that: described super capacitor module includes anode collection
Plate collector plate and negative pole currect collecting plate；
Described positive terminal is connected by aluminium flake with described super capacitor module, wherein, and the side of described aluminium flake and described positive terminal
Between be connected by ultra-sonic welded, by super between opposite side and the anode collection plate of described super capacitor module of described aluminium flake
Sonic soldering connects and is connected；
Described negative terminal is connected by aluminium flake with described super capacitor module, wherein, and the side of described aluminium flake and described negative terminal
Between be connected by ultra-sonic welded, by super between opposite side and the negative pole currect collecting plate of described super capacitor module of described aluminium flake
Sonic soldering connects and is connected.
Super-capacitor module the most according to claim 2, it is characterised in that: described positive terminal and negative terminal are screw-type
Cylinder, is arranged over insulation board at described super capacitor module, is provided with the first square through hole and second party on described insulation board
Shape through hole, described positive terminal passes described first square through hole, the screw thread on described positive terminal surface and described first square through hole card
Button connects, and described negative terminal passes described second square through hole, the screw thread on described negative terminal surface and described second square through hole card
Button connects.
Super-capacitor module the most according to claim 3, it is characterised in that: described housing includes a upper cover, at the bottom of one
Plate, four side plates and four groups of aluminum corner braces, described four groups of aluminum corner braces and described four side sheet rooms every setting, described upper cover, base plate and side plate
All grafting are fixed in the described aluminum corner brace being adjacent, by described aluminum corner brace upper cover, base plate and the structure of side plate composition after fixing
Reinforced by screw.
Super-capacitor module the most according to claim 4, it is characterised in that: between described upper cover and super capacitor module
It is provided with the first sealing gasket, between described base plate and super capacitor module, is provided with the second sealing gasket；Cover on described and be provided with
One manhole and the second manhole, described positive terminal passes through with spiral shell after described first sealing gasket and the first manhole
The securing member of stricture of vagina is fixed, and described negative terminal passes through screwed securing member after described first sealing gasket and the second manhole
Fixing.
Super-capacitor module the most according to claim 4, it is characterised in that: described super-capacitor module also includes equal pressing plate,
Covering on described and be provided with equal pressing plate cable-through hole, cover and be fixedly installed control box on described, described equal pressing plate is fixedly installed on
In described control box, described equal pressing plate cable-through hole is positioned at the lower section of described equal pressing plate.
Super-capacitor module the most according to any one of claim 1 to 6, it is characterised in that: described super capacitor module
Be made up of multiple Soft Roll super capacitor monomers, each described Soft Roll super capacitor monomer all include Soft Roll housing and with described Soft Roll housing
The anode ear being respectively connected with and negative electrode lug.
Super-capacitor module the most according to claim 7, it is characterised in that: in described super capacitor module, each described
It is connected by ultra-sonic welded between Soft Roll super capacitor monomer；
Time between two adjacent described Soft Roll super capacitor monomers for series connection, one of them described Soft Roll super capacitor monomer
Anode ear is connected by ultra-sonic welded between the negative electrode lug of Soft Roll super capacitor monomer with another described；
When being in parallel between two adjacent described Soft Roll super capacitor monomers, the positive pole of said two Soft Roll super capacitor monomer
It is connected by ultra-sonic welded between ear, is connected by ultra-sonic welded between the negative electrode lug of said two Soft Roll super capacitor monomer.
Super-capacitor module the most according to claim 7, it is characterised in that: in described super capacitor module, each described
The periphery of Soft Roll super capacitor monomer is provided with fin.
Super-capacitor module the most according to claim 9, it is characterised in that: the both sides of described fin are provided with flanging,
The both sides of each middle maximum area of described Soft Roll super capacitor monomer are adjacent with two described fin respectively, and described Soft Roll is super
In the range of electric capacity monomer is located in one of the parcel that two side edgefolds of adjacent described fin are formed；Described positive terminal, negative
Pole, fin, the anode ear of Soft Roll super capacitor monomer and negative electrode lug are constituted by metallic aluminium, described Soft Roll super capacitor list
The Soft Roll housing of body is made up of aluminum-plastic composite membrane.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620384222.2U CN205723168U (en) | 2016-04-29 | 2016-04-29 | Super-capacitor module |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620384222.2U CN205723168U (en) | 2016-04-29 | 2016-04-29 | Super-capacitor module |
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| Publication Number | Publication Date |
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| CN205723168U true CN205723168U (en) | 2016-11-23 |
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| CN201620384222.2U Active CN205723168U (en) | 2016-04-29 | 2016-04-29 | Super-capacitor module |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107993842A (en) * | 2017-12-15 | 2018-05-04 | 重庆市鑫奕星机电制造有限公司 | A kind of resistance to thermal capacitor and new-energy automobile |
| CN111417272A (en) * | 2020-03-19 | 2020-07-14 | 东莞市东准电子科技有限公司 | Power supply box for aluminum-plastic composite direct heat transfer |
-
2016
- 2016-04-29 CN CN201620384222.2U patent/CN205723168U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107993842A (en) * | 2017-12-15 | 2018-05-04 | 重庆市鑫奕星机电制造有限公司 | A kind of resistance to thermal capacitor and new-energy automobile |
| CN111417272A (en) * | 2020-03-19 | 2020-07-14 | 东莞市东准电子科技有限公司 | Power supply box for aluminum-plastic composite direct heat transfer |
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Effective date of registration: 20191227 Address after: 046000, Changzhi Province, North Taihang Road, No. 188, high tech Zone, industrial park, No. 1, standard workshop on the 1st floor, No. six Patentee after: Shanxi Deyi Technology Co. Ltd. Address before: 100070 Beijing Fengtai District Branch Road No. 7 International Business Incubator Center Building 7, Room 302 Patentee before: Deyi innovation (Beijing) Technology Co. Ltd. |