CN109501766A - It is modular to change electric system - Google Patents
It is modular to change electric system Download PDFInfo
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- CN109501766A CN109501766A CN201810696559.0A CN201810696559A CN109501766A CN 109501766 A CN109501766 A CN 109501766A CN 201810696559 A CN201810696559 A CN 201810696559A CN 109501766 A CN109501766 A CN 109501766A
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- 230000005611 electricity Effects 0.000 claims description 8
- 238000003032 molecular docking Methods 0.000 claims description 4
- 238000012546 transfer Methods 0.000 description 24
- 238000000034 method Methods 0.000 description 13
- 238000013461 design Methods 0.000 description 7
- 238000009434 installation Methods 0.000 description 6
- 238000010586 diagram Methods 0.000 description 5
- 230000005540 biological transmission Effects 0.000 description 4
- 230000001360 synchronised effect Effects 0.000 description 3
- 230000000630 rising effect Effects 0.000 description 2
- 238000000354 decomposition reaction Methods 0.000 description 1
- 230000007423 decrease Effects 0.000 description 1
- 238000011161 development Methods 0.000 description 1
- 238000004519 manufacturing process Methods 0.000 description 1
- 239000003550 marker Substances 0.000 description 1
- 238000005192 partition Methods 0.000 description 1
- 239000007787 solid Substances 0.000 description 1
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60S—SERVICING, CLEANING, REPAIRING, SUPPORTING, LIFTING, OR MANOEUVRING OF VEHICLES, NOT OTHERWISE PROVIDED FOR
- B60S5/00—Servicing, maintaining, repairing, or refitting of vehicles
- B60S5/06—Supplying batteries to, or removing batteries from, vehicles
Abstract
Modular electric system is changed this application discloses a kind of.The system comprises: electric module is changed to what the vehicle change electric operation；Battery compartment module, the battery compartment module have the battery compartment for storage batteries, change electric module wherein the battery compartment module is transversely neighbouring described and change electric module with described and be arranged side by side.The application convenient transportation and on-site assembly.
Description
Technical field
The application, which belongs to, changes electric service field, in particulars relate to one kind and changes electric system.
Background technique
With scientific and technological progress and social development, new energy vehicle is increasingly widely used, and is directed to battery altering etc.
The technology of aspect increasingly becomes the project paid close attention to and studied in this field.For example, if to realize that Vehicular battery power-up surmounts
The experience that conventional truck is refueled, then the battery powered time will be an important indicator.Replacement battery is to realize fast power
A kind of mode, before the fast charge technology workable for achieving no breakthrough property of battery technology progress, safety occurs, changing electricity will be
Realize that Vehicular battery power-up time can be to the most possible mode of mark, even beyond tradition group refueling time.Although at present
Had already appeared it is a variety of change electric installation, equipment or system, but they are remained that such as system entirety occupied space is big, peace
Dress arrangement is not flexible, the device is complicated degree is high, be not easy to manufacture and safeguard and cost of investment is high, changes and electrically operated take a long time, grasps
Make the problems such as stage+module scope of application is limited.So it is necessary to for the existing issue including these above-mentioned situations
Or drawback is sufficiently studied, to be improved.
Summary of the invention
The application problem to be solved be to provide it is a kind of it is modular change electric system, the system comprises:
Electric module is changed to what vehicle change electric operation；
Battery compartment module, the battery compartment module have the battery compartment for storage batteries,
Wherein the battery compartment module is transversely neighbouring described changes electric module and changes electric module with described and be arranged side by side.
It is changed in electric system described, described to change electric module with longitudinal side, the battery compartment module has longitudinal side,
Electric module and the battery compartment module of changing passes through respective longitudinal side docking；
It is described to change electric module and the vehicle support module integrates.
It is changed in electric system described, the battery compartment module includes the first battery compartment module and the second battery compartment module, institute
It states the first battery compartment module and the second battery compartment module is located at described change in the opposite sides of electric module.
It is changed in electric system described, the electric system of changing further includes vehicle support module, and the vehicle support module is vertical
It changes electric module with described upwards and integrates.
It is changed in electric system described, the vehicle support module includes front-wheel support module and rear-wheel support module, described
Front-wheel support module and the rear-wheel support module are located at described change in the opposite sides of electric module along longitudinal direction.
It is changed in electric system described, the front-wheel support module includes that the vehicle is guided to be moved to described change in electric module
The guiding device of side and the front-wheel setting arrangement for positioning the vehicle front-wheel, the rear-wheel support module include positioning the vehicle
The rear-wheel positioning apparatus of rear-wheel.
This application involves other side be to provide it is a kind of it is modular change electric system, the system comprises:
Electric module is changed to what vehicle change electric operation；
Battery compartment module, the battery compartment module have the battery compartment for storage batteries,
Vehicle support module, the vehicle support module support the vehicle；
Electric module is changed described in wherein and the battery compartment module horizontally integrates, and the vehicle support module is along longitudinal direction
It is neighbouring described to change electric module and change electric module with described and be arranged in juxtaposition.
It is changed in electric system described, described to change electric module with lateral sides, the vehicle support module has cross side
Portion, it is described to change electric module and the vehicle support module is docked by respective lateral sides.
It is changed in electric system described, the battery compartment module includes the first battery compartment module and the second battery compartment module, institute
It states the first battery compartment module and the second battery compartment module is located at described change in the opposite sides of electric module transversely.
It is changed in electric system described, the vehicle support module includes front-wheel support module and rear-wheel support module, described
Front-wheel support module and the rear-wheel support module are located at described change in the opposite sides of electric module along longitudinal direction.
It is changed in electric system described, the front-wheel support module includes that the vehicle is guided to be moved to described change in electric module
The guiding device of side and the front-wheel setting arrangement for positioning the vehicle front-wheel, the rear-wheel support module include positioning the vehicle
The rear-wheel positioning apparatus of rear-wheel.
Each component models are carried out modularization by the electric system of changing of the application, and each component models are separately packed and transported, and
It can efficiently assemble at the scene, save fielded system and build the time, save manpower, reduce cost.
Through the following detailed description with reference to the accompanying drawings, other aspect and feature of the application become obvious.But it should know
Road, which is only the purpose design explained, not as the restriction of scope of the present application, this is because it should refer to
Appended claims.It should also be noted that attached drawing is merely intended to conceptually illustrate structure and process described herein, unless in addition
It points out, it is not necessary to scale attached drawing.
Detailed description of the invention
In conjunction with attached drawing refering to the detailed description of following specific embodiments, the application will be more fully appreciated, in attached drawing
Same reference numbers refer to same element in view always.Wherein:
Fig. 1 be this application involves change electric system it is assembled after structural schematic diagram；
Fig. 2 be this application involves the modularized design for changing electric system a kind of embodiment；And
Fig. 3 be this application involves the modularized design for changing electric system another embodiment.
Specific embodiment
For help those skilled in the art can definitely understand this application claims theme, with reference to the accompanying drawing
The specific embodiment of the application is described in detail.
This application involves change electric system suitable for the new-energy automobiles such as battery altering, especially electric car battery more
It changes.The application's changes electric system and can obtain rechargeable battery from the battery compartment of storage battery, by rechargeable battery from battery compartment
It is sent to the electric car of battery to be changed, or/and power shortage battery is sent to battery compartment from the electric car for finishing changing battery, and will
Power shortage battery is loaded on battery compartment.Herein, battery is also referred to as battery pack, and battery pack, solar panel provide power for vehicle
Power battery etc.；Power shortage battery is the battery for needing to charge, and rechargeable battery is the battery of overcharge.
Referring to Fig. 1, modular electric system of changing includes changing electric module 1 and battery compartment module 2,3.Electric module 1 is changed to battery
Replacement operation is carried out, station 11 is inside set.The battery of electric car is usually provided at vehicle bottom, therefore station 11 is under vehicle
Fang Jinhang operation.Certainly, when battery is not located at vehicle bottom, station 11 can also have other those skilled in the art to think
Obtained form.The battery compartment 21,31 for storage battery is set in battery compartment module 2,3.In this application, battery compartment module packet
Include the first battery compartment module 2 and the second battery compartment module 3.The battery compartment 21 of first battery compartment module 2 is used to store power shortage battery,
The battery compartment 31 of second battery compartment module 3 is for storing rechargeable battery.First battery compartment module 2 and the second battery compartment module 3
The direction y along diagram is arranged in the opposite sides for changing electric module 1.Herein, reference axis depends on the general side of vehicular field
To definition, i.e., using the direction of travel of vehicle as the direction x, that is, the longitudinal direction illustrated, using vehicular transverse direction as the direction y,
Using vehicle-height direction as the direction z.It should be known that direction definition is not unique.It so uses in the illustrated embodiment
Only for clear explanation.When space changes, x, y, z can change between three directions, it is horizontal and vertical each other
It can also change.The quantity of battery compartment module is not limited to two of one mentioned above or diagram, can also have more
It is a, it is arranged in and changes around electric module.
Modular electric system of changing is additionally provided with vehicle support module for supports electric automobile.With continued reference to Fig. 1, electricity is changed
Front-wheel support module 4 and rear-wheel support module 5 are provided in the opposite sides of module in the x-direction.Wherein, front-wheel support module 4
Including front-wheel setting arrangement 42 and guiding device 41, rear-wheel support module 5 includes rear-wheel positioning apparatus 51.Electric module 1 is changed to be located at
Between front-wheel support module 4 and rear-wheel support module 5, these three modules have collectively constituted parking stall.Vehicle is by guiding device
The slope as illustrated in the diagram 41(, and be to swing to) drive into parking stall and be moved to the top for changing electric module 1, front-wheel is by front-wheel
The bearing of positioning device 42 and adjustment positioning, rear-wheel support and adjust positioning by rear-wheel positioning apparatus 51, changed in electric module 1 as a result,
Station 11 can carry out replacement operation to the battery on vehicle chassis.
Change electric system and be divided into multiple modules including above-mentioned module, and can there are many combinations, through module
The system of change is installed according to decomposition module, modular package and transport, field module formula, very convenient operation.Referring to fig. 2, it changes
Electric module 1 and front-wheel support module 4 and rear-wheel support module 5 integrate parking stall module 8 as a whole.First battery
The longitudinal length of storehouse module 2 and the second battery compartment module 3 is arranged to the first battery compartment module 2 and the second battery compartment mould in the longitudinal direction
Block 3 is aligned with parking stall module 8.First battery compartment module 2, parking stall module 8 and the second battery compartment module 3 are each other next to simultaneously
Arrangement is set.The opposed first longitudinal direction side extended in the x-direction there are two being set on the two sides in the y-direction of parking stall module 8
91, expansible other modules of connection in the first longitudinal direction side 91.First battery compartment module 2 and the second battery compartment module 3 are along the side y
To respective side on second and third longitudinal direction side 92,93 is respectively set, with the first longitudinal direction side 91 with parking stall module 8
Docking.Above-mentioned side can there are many modes of extension connection.As shown, the first longitudinal direction side 91 of parking stall module 8 is wrapped
Include the connection end 991 on 981 both ends of the first profile 981 and the first profile extended in the x-direction.First, second battery compartment
Second profile 982 corresponding with above-mentioned first profile 981 and third is correspondingly arranged in the second longitudinal direction side 92,93 of module 2,3
Profile 983, and the setting connection end 992,993 on the both ends of the second profile 982 and third profile 983.Parking stall module 8
When with the assembling of the first battery compartment module 2, first longitudinal direction side 91 and second longitudinal direction side 92 are docked, the first profile 981 and second
Profile 982 is aligned, they are also aligned respective connection end 991,992.Connection end 991,992 can be directly anchored to ground
On, so that parking stall module 8 and the first battery compartment module 2 be fixed relative to ground.Also it can connect end 991,992 each other
It is linked together by connector or matching piece, so that the first battery compartment module 2 is fixed relative to parking stall module 8.Similarly,
The connection of second battery compartment module 3 and parking stall module 8 is also by the first longitudinal direction side 91 on 8 other side of parking stall module
Together with being connected of the corresponding third longitudinal direction side 93 of the second battery compartment module 3.It is vertical including first, second, and third
There can also be other extension forms to these longitudinal sides of side 91-93.Threaded hole is such as set on side, is connected by bolt
It is connected together, or the providing holes on side, is docking together by bolt.These connectors and matching piece can be set respective
In module, it is also possible to the component independently of respective module.Or marker is set on these sides, thus conduct when assembling
The splicing between module is carried out using these markers as benchmark, after splicing again by these modules and ground fix or module it
Between be fastened to each other.
Certainly, on the basis of Fig. 2 shows embodiment, there can be further extension in y-direction.In the first battery compartment mould
4th longitudinal direction side 92' and the 5th longitudinal direction side are set again on the other side of block and/or on the other side of the second battery compartment module
Portion 93' can allow the first and second battery compartment modules to continue other inside of extension connection and arrange identical or different battery compartment mould
The third battery compartment module not shown in the figure that block, such as the first battery compartment module side arrangement are equally used for power shortage battery, the second electricity
Arrangement is equally used for the 4th battery compartment module not shown in the figure of rechargeable battery by the module of pond storehouse, is entirely changing electric system in this way
There are five modules altogether in system, are the battery compartment module changing electric module 1 and being equipped with including changing electric module 1 and four.
Change electric module 1 in addition to longitudinal side have the function of extension and the first battery compartment module 2 and the second battery compartment module 3 into
Row connection is outer, it is possible to have lateral sides are connect with front-wheel support module 4 and rear-wheel support module 5.Referring to Fig. 3, electric mould is changed
Block 1 and the first battery compartment module 2 and the second battery compartment module 3 are integrated group and integral change electrically operated module 10, that is to say, that
It is integrated on changing electrically operated module 10 and changes electric module 1, the first battery compartment module 2 and the second battery compartment module 3.It is preceding in Fig. 3
The lateral dimension of wheel support module 4 and rear-wheel support module 5 is arranged so that front-wheel support module 4 and rear-wheel support module 5 exist
In transverse direction with change electrically operated module 10 and be aligned.Front-wheel support module 4 changes electrically operated module 10 and rear-wheel support module 5 each other tightly
By being arranged in juxtaposition.Change first lateral sides that in the y-direction extend of the electrically operated module 10 with the opposite sides on the direction x
96, first lateral sides along the first battery compartment module 2, change being laterally extended for electric module 1 and the second battery compartment module 3.It is right
Ying Di, front-wheel support module 4 and rear-wheel support module 5 also all respectively have second, third lateral sides 94,95.With mention above
The principle arrived is identical, when changing electrically operated module 10 and assembling with front-wheel support module 4 or changes electrically operated module 10 and rear-wheel branch
Backing block 5 assemble when, the lateral sides of the two, i.e. the first lateral sides 96 respectively with the second lateral sides 94 and third cross side
Portion 95 is aligned, and subsequent each module is fixed with ground respectively, or via solid each other between connector, matching piece or each module of connector
It is fixed.
It, can in the x-direction or the direction y or x it is noted that change electric module 1 as the central module for entirely changing electric system
It is assembled on the direction y with other modular modules.According to field condition and design requirement, edge is set on changing electric module
The side of propagation direction is possible with the connection of other components to provide, thus convenient transportation and in-site installation.
The application will change electric system and be divided into multiple modules, and to these modules, with convenient transportation and scene peace
Dress.By taking Fig. 2 embodiment as an example, change electric system carry out it is longitudinally split, share include parking stall module 8,2 and of the first battery compartment module
Second module of battery compartment module 3 three after these three modules respectively transport to scene, first fixes the parking stall module 8 in center, then
On the basis of parking stall module 8, on parking stall, the right side of module 8 passes through the company of first longitudinal direction side 91 and second longitudinal direction side 92
It connects, parking stall module 8 and the first battery compartment module 2 is linked together, it is then vertical by first in the left side of parking stall module 8
Connection to side 91 and third longitudinal direction side 93 links together parking stall module 8 and the second battery compartment module 3.First
The installation order of battery compartment module 2 and the second battery compartment module 3 is not limited to said sequence, can also overturn and first install the second battery
Storehouse module 3 installs the first battery compartment module 2 again.By taking Fig. 3 embodiment as an example, changes electric system and carry out horizontal partition, there are three moulds altogether
Block, including change electrically operated module 10, front-wheel support module 4 and rear-wheel support module 5.It changes in electrically operated module 10 to be integrated with and changes electricity
Module 1, the first battery compartment module 2 and third battery compartment module 3.After these three modules respectively transport to scene, first electric behaviour is changed in fixation
Make module 10, then on the basis of changing electrically operated module 10, in the installed in front front-wheel support module 4 for changing electrically operated module 10,
The two is linked together by the connection of the first lateral sides 96 and the second lateral sides 94.Changing electrically operated module 10 again
Rear side installs rear-wheel support module 5, and the two is connected to one by the connection of the first lateral sides 96 and third lateral sides 95
It rises.Similarly, the erection sequence of front-wheel support module 4 and rear-wheel support module 5 can overturn.
Fig. 1 is returned to below, and each module is described.In Fig. 1, vehicle change electrically operated a, side changing in electric module 1
Face, the battery changed, which leaves, changes electric module 1, is sent to the first battery compartment module 2, is loaded on the battery compartment 21 of power shortage battery.
On the other hand, in the second battery compartment module 3, rechargeable battery is obtained from the battery compartment 31 of rechargeable battery, and be transported to and change
It is installed on vehicle in electric module 1.Change and station 11 be set in electric module 1,11 liftable of station with vehicle bottom into
Row battery correlation operation.The inside of first battery compartment module 2 and the second battery compartment module 3 arrangement is identical.With the first battery compartment mould
For block 2, in the first battery compartment 2 and setting transfer member 6 progress battery transport between electric module 1 is changed.Transfer member 6 can be
By the chain wheel assembly of sprocket wheel transmission or the idler wheel row being made of multiple idler wheels.In the embodiment show in figure 1, the chain wheel assembly or
The second part 62 of electric module, side according to Fig.2, are arranged including the first part 61 in the first battery compartment module and changed to idler wheel
When formula assembles, first part 61 and second part 62 form complete sprocket wheel transmission chain or idler wheel transmission chain.In addition, station 11
The idler wheel row of upper setting Part III 12, the Part III 12 can move in a z-direction with station 11 relative to second part 62
It is dynamic.First part 61, second part 62 and Part III 12 are arranged, and battery is allowed to be transported to first from electric module 1 is changed
In battery compartment module 2.Transfer member be it is fixed, station 11 can be gone up and down in the z-direction relative to transfer member.When station 11
When rising to height beyond transfer member, battery is accepted by transfer member.When station 11 drops to height lower than transfer member
When, battery is accepted by transfer member.Therefore transfer member can be carried out battery transmission.In addition to sprocket wheel or roller form, transfer member
It can also be the transfer member of other forms, such as V belt translation, guide rail or moving trolley.
The battery compartment 21 for power shortage battery is provided in first battery compartment module 2.Multiple positions in storehouse are equipped in the battery compartment,
Position in storehouse surrounds rotation axislArrangement.One piece of battery 7 or muti-piece battery are accommodated in each bin level.In the illustrated embodiment, three
The battery compartment shape of position in storehouse composition equilateral triangle shape.Battery compartment 21 surrounds rotation axislRotation, so that every bin level all can
It comes on the minimum warehousing locations of height.On the position, battery 7 can engage to move into battery compartment 21 with position in storehouse.Similarly,
Second battery compartment module 3 also has identical battery compartment 31 to be arranged, and only the battery compartment 31 is for storing rechargeable battery.Height is most
Low position in storehouse position is bin location, and on the position, the battery 7 being contained in position in storehouse is pulled away with position in storehouse debonding.
The first battery compartment module 2 is returned to, transfering part 22 is set in the module, which is in battery compartment 21
The platform of lifting moving in the z-direction between warehousing locations and transfer member 6.Transfering part 22 is also relative to transfer member 6 can
Lifting.When 22 height of transfering part is lower than transfer member 6, battery is accepted by transfer member 6, when transfering part 22 rises simultaneously
And height, beyond after transfer member 6, battery is accepted by transfering part 22.Battery changes electric module 1 and is transported to the first battery compartment mould
The step of block 2 includes: first to dismantle lower power shortage battery, and power shortage battery is accepted by station 11, and station 11 is electric by power shortage after declining
Transfer member 6 is given in pond, and power shortage battery is transported to the first battery compartment module 2 from changing electric module 1 by transfer member 6, and by power shortage
Battery gives transfering part 22, and transfering part 22 rises, and battery is sent to warehousing locations by last transfering part 22, at this time battery compartment
It has come on warehousing locations and awaits orders through rotation hole capital after selling all securities position, in battery engagement to hole capital after selling all securities position, to be incorporated into battery compartment 31.The
Two battery compartment modules 3 are identical as the structure of the first battery compartment module 2, and this will not be repeated here.Only the second battery compartment module 3 is for storing up
Rechargeable battery is deposited, therefore the step of battery conveys is reversed: first being rotated to out in bin location by battery compartment 31, charged electricity
Pond is transferred on transfering part 32 from battery compartment, then is dropped to height by transfering part 32 and be lower than transfer member 6, rechargeable battery
Transfer member 6 is given by transfer transfering part 32, transfer member 6 is accepted to rechargeable battery, and rechargeable battery is transported to and is changed
In electric module 1, rechargeable battery is sent on station 11 by transfer member 6, and station 11 rises to below vehicle, will have been charged
Battery is installed on vehicle.
The the first battery compartment module 2 and the second battery compartment module 3 of power shortage battery is respectively arranged in the two sides for changing electric module 1, can be with
It synchronizes and unload power shortage battery from vehicle simultaneously, and power shortage battery is sent to the first battery compartment module 2 and is loaded into battery
The step of storehouse 21 and rechargeable battery is obtained from the battery compartment 31 of the second battery compartment module 3, rechargeable battery is sent to and changes electricity
Step in module 1.
Battery altering process include from vehicle unloading power shortage battery, and by power shortage battery be sent into battery compartment process and from
Battery compartment obtains rechargeable battery, and rechargeable battery is installed to the process on vehicle.Vehicle is first driven into parking stall module,
Vehicle is swung in the x-direction drives into parking stall module.Rear-wheel is supported by rear-wheel positioning apparatus, and front-wheel is supported by front-wheel setting arrangement.
Front-wheel setting arrangement and rear-wheel positioning apparatus position vehicle, can be adjusted by x, y, z direction, so that vehicle is kept
In ideal horizontal direction.Vehicle is then increased into a distance in the z-direction.Then carry out disassembly power shortage cell process and peace
Fill rechargeable battery process.
Battery compartment for rechargeable battery and the battery for power shortage battery are possessed respectively for the electric system of changing of diagram
Storehouse, the process of rechargeable battery and the process of disassembly power shortage battery can carry out simultaneously for above-mentioned installation.Moreover, above-mentioned installation has been filled
The process of battery synchronous can also be carried out with the process of disassembly power shortage battery, such as transfer portion of the battery compartment of rechargeable battery
The rising synchronous with the transfering part of the battery compartment of power shortage battery of part, station and/or synchronous decline.Operation can be significantly in this way
The electric time is changed in saving.More battery compartments can also be arranged by changing in electric system, change electric step can synchronize simultaneously implementation disassembly lose
Electric cell process and installation rechargeable battery process.
Since system structure is through modularized design, in factory can separate pack and transport, to scene after carry out group again
Dress both saves time and manpower, also reduces transport and assembling cost.Fig. 2 shows in embodiment, the first battery compartment mould
Block 2 and 3 structure of the second battery compartment module arrangement are identical, and being also possible to two battery compartment modules has different structures to arrange, but by
In individually independent component models, transport and assembling will not influence.Equally, changing electric system can also reality according to Fig.3,
Example is applied to be transported and assembled.It can be with three modules, that is, parking stall module 8, the first battery compartment module 2, second in design drawing 2
The size of battery compartment module 3 meets transport and requires, and the size of above-mentioned module is all such as unified for the standard that motor van can load
Size, convenient transportation.It similarly, can also be with three modules in design drawing 3 for convenience of the size of transport.Battery compartment module changes electricity
Module and vehicle support module can certainly be connected or integrate along the same direction.It even can be conceivable
It is that can will change electric system to split into smaller modular modules, it is fixed such as changes electric module, the first battery compartment, the second battery compartment, front-wheel
Position device, guiding device and rear-wheel positioning apparatus etc., these modules and component are packed and are transported one by one, and due to this
A little modules are both provided with the expansible side on the direction x, y, therefore carry out assembly at the scene, will such as change in electric module transverse direction
It docks with the first battery compartment, the second battery compartment, is docked on longitudinal direction with front-wheel setting arrangement and rear-wheel positioning apparatus.
Although being illustrated in detail and having described the specific embodiment of the application to illustrate the principle of the application, it should be understood that
, the application can be with embodied in other without departing from such principle.
Claims (11)
1. one kind is modular to change electric system, it is characterized in that the system comprises:
Electric module is changed to what vehicle change electric operation；
Battery compartment module, the battery compartment module have the battery compartment for storage batteries,
Wherein the battery compartment module is transversely neighbouring described changes electric module and changes electric module with described and be arranged side by side.
2. according to claim 1 change electric system, it is characterized in that:
Described to change electric module with longitudinal side, the battery compartment module has longitudinal side, described to change electric module and the electricity
Pond storehouse module passes through respective longitudinal side docking.
3. according to claim 2 change electric system, it is characterized in that:
The battery compartment module includes the first battery compartment module and the second battery compartment module, the first battery compartment module and described
Second battery compartment module is located at described change in the opposite sides of electric module transversely.
4. according to claim 3 change electric system, it is characterized in that: the electric system of changing further includes vehicle support module, institute
Vehicle support module is stated to change electric module with described in the longitudinal direction and integrate.
5. according to claim 4 change electric system, it is characterized in that: the vehicle support module includes front-wheel support module
With rear-wheel support module, the front-wheel support module and the rear-wheel support module, which are located at, described changes electric module along longitudinal direction opposite
On two sides.
6. according to claim 5 change electric system, it is characterized in that: the front-wheel support module includes guiding the vehicle
It is moved to the guiding device changed above electric module and positions the front-wheel setting arrangement of the vehicle front-wheel, the rear-wheel bearing
Module includes the rear-wheel positioning apparatus for positioning the vehicle rear wheel.
7. one kind is modular to change electric system, it is characterized in that the system comprises:
Electric module is changed to what vehicle change electric operation；
Battery compartment module, the battery compartment module have the battery compartment for storage batteries,
Vehicle support module, the vehicle support module support the vehicle；
Electric module is changed described in wherein and the battery compartment module horizontally integrates, and the vehicle support module is along longitudinal direction
It is neighbouring described to change electric module and change electric module with described and be arranged in juxtaposition.
8. according to claim 7 change electric system, it is characterized in that:
Described to change electric module with lateral sides, the vehicle support module has a lateral sides, the electric module and described of changing
Vehicle support module is docked by respective lateral sides.
9. according to claim 7 change electric system, it is characterized in that: the battery compartment module include the first battery compartment module and
Second battery compartment module, the first battery compartment module and the second battery compartment module, which are located at, described changes electric module transversely
In opposite sides.
10. according to claim 7 change electric system, it is characterized in that: the vehicle support module includes front-wheel support module
With rear-wheel support module, the front-wheel support module and the rear-wheel support module, which are located at, described changes electric module along longitudinal direction opposite
On two sides.
11. according to claim 10 change electric system, it is characterized in that: the front-wheel support module includes guiding the vehicle
It is moved to the guiding device changed above electric module and positions the front-wheel setting arrangement of the vehicle front-wheel, the rear-wheel bearing
Module includes the rear-wheel positioning apparatus for positioning the vehicle rear wheel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201810696559.0A CN109501766A (en) | 2018-06-29 | 2018-06-29 | It is modular to change electric system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201810696559.0A CN109501766A (en) | 2018-06-29 | 2018-06-29 | It is modular to change electric system |
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| CN109501766A true CN109501766A (en) | 2019-03-22 |
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| CN207535878U (en) * | 2017-11-22 | 2018-06-26 | 蔚来汽车有限公司 | Electric vehicle moves level platform and electrical changing station certainly |
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