CN1293149A - Exchange station for charging battery of electric vehicle - Google Patents
Exchange station for charging battery of electric vehicle Download PDFInfo
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- CN1293149A CN1293149A CN 99121935 CN99121935A CN1293149A CN 1293149 A CN1293149 A CN 1293149A CN 99121935 CN99121935 CN 99121935 CN 99121935 A CN99121935 A CN 99121935A CN 1293149 A CN1293149 A CN 1293149A
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Abstract
A selection-type exchange station of battery charging for electric car features that the circulating mode of batteries is changed from continuous mode to intermittent mode according to the too big difference in charge time of different batteries. Only the charged batteries are delivered to exchange platform for replacing the battery on car. An offective charging management for the consumed batteries is implemented to ensure them to be fully charged.
Description
The present invention relates to a kind of exchange station for charging battery of electric vehicle, especially a kind of battery charge of selection formula of utilizing of finger is stored switching station, but elastification ground uses and can choose at any time and fill saturated stand-by battery the earliest, directly to be supplied to the exchange station for charging battery of electric vehicle that needs the use of the battery-driven car of replacing battery.
Under and the situation that pollutes easily limited at traditional fossil energy, the use of relevant electric energy is used widely, owing to use electric energy not have pollution problem, and electric energy can not have the serious problems of energy deficiency as fossil energy, add that the technology of relevant battery itself or charging technique in advancing by leaps and bounds in the next few days, make battery-driven car be widely used again and again.
Generally speaking, battery-driven car needs the stored electric power of battery as power resources, the development that just reaches in the near future battery technology in the world now as can be known, the energy density of battery is limited, just as the battery of battery-driven car, its weight and volume will be very big, may surpass the ability that ordinary person can carry; And in general Vehicular battery is rechargeable, reusable secondary battery, and its charging duration is very long; The characteristic of above-mentioned battery has limited the merchandizing of battery-driven car, makes battery-driven car can't replace general diesel locomotive, and therefore the appearance of this known techniques of battery-exchange station is arranged.
Yet, in the general battery-exchange station, flowing of relevant battery, that is new battery enters transfer table by load-transfer device, used batteries by transfer table enter load-transfer device, used batteries be sent to through monitor station, used batteries store the storehouse charging, new battery is sent to a series of flow processs such as load-transfer device by storing the storehouse, its whole switching station makes that battery must one then one, continuity turns round (contiunous), as shown in Figure 1.
Fig. 1 is the plan sketch of No. 86214880 electric locomotive battery swap workstation of Taiwan patent patent, wherein promptly disclose the mode in proper order that is transmitted as of this battery, this kind mode is when changing battery, can't reach desired battery and be the fullest situation of charging now, this is because the service condition of each battery and not quite identical, and each capacity of cell of changing is also inconsistent, cause and come top battery and differ and be decided to be the fullest battery of electric weight, when then changing battery each time, the battery of electric weight deficiency might be changed to, the purpose of reasonable replacing battery can't be reached.
At present, known in the world switching station, flowing of its battery also is continous way, as shown in Figure 2, Fig. 2 is a US Patent the 5th, 711, one schematic perspective view of " battery charge and transfer system " patent of No. 648, the battery swap of this continous way stands in practical going up and has very big problem, and that is exactly, because used batteries service condition and period of service are widely different, make when recharging, the full required time difference that charges is very big, even the change charging valtage also can't solve this kind temporal differences; Sometimes battery has more afterwards filled saturatedly, and battery has first only filled half; Because charging duration difference is too big, make that having filled saturated new battery is stuck in the back, and top battery because continuing to charge several hours again, the relatively poor needs of situation makes that the battery swap system availability of existing continous way is poor, remains to be improved.
On the other hand, in the battery-exchange station of continous way, battery must be covered with the conveying space of entire cell, not only must prepare more emergency battery, and the arrangement at whole station malleable not, in many occasions, for example can utilize when the space is very narrow maybe will to be arranged on the trailer that flows, difficulty is very big.
Moreover, in the battery-exchange station of continous way, the detection operation of battery is before battery is sent to the charging operation, must finish, if among the charging operation, when battery goes wrong, can not arbitrarily bad battery be sorted out, also be not easy to extract bad battery in logistics, this also is one must overcome big shortcoming.
Main purpose of the present invention is to provide a kind of battery charge switching station of intermittent type, and when battery-driven car need be changed battery, the effective Charge Management of the battery that changes of administrative institute made that the battery that will load onto battery-driven car is the battery of full state of electric weight.
For the present invention that achieves the above object takes following measure:
A kind of exchange station for charging battery of electric vehicle of the present invention, its feature includes:
One changes platform, can be located for a ccontaining battery-driven car, to make to change battery-operated bench board;
One buffer table is arranged on and changes platform one side, is connected with the replacing platform, and one is sidelong and is put the used batteries that battery-driven car unloads, and opposite side is placed the battery of having substituted the bad for the good;
One stores the storehouse, includes several batteries and puts the chamber, in order to place the battery that several battery-driven cars unload, carries out the Charge Management that detects battery and battery;
One access machine is arranged on and stores between storehouse and the buffer table, and the used batteries that the electric weight that is unloaded can be exhausted are put into and stored the storehouse, and the battery that will substitute the bad for the good is sent on the buffer table in addition;
One control desk connects and changes platform, the operation that the battery of control battery-driven car unloads, loads onto; Connect buffer table, unload and the conveying of the battery desiring to load onto in order to control; Connect the access machine, in order to the control access machine battery that is unloaded is placed on to store and charges in the storehouse, the battery that will substitute the bad for the good is placed on the buffer table in addition.
Wherein, the described battery that stores in the storehouse is put the chamber, arranges with matrix-style, and promptly each battery is put chamber and can be indicated battery whether be in charging or prepreerence stand-by battery is arranged if put the chamber, or prepreerence room situation.
Compared with prior art, the present invention has following effect:
The present invention can be at the too big restriction of the different battery charge time difference opposite sex, and with the circulation style of the battery logistics of entire cell switching station, change the circulation style of intermittent type into by continous way, the battery of the electric current of having substituted the bad for the good only can be chosen in whole station, and it is sent to changes the replacing that platform is carried out battery.
It is as follows to the detailed description of the invention to reach embodiment in conjunction with the accompanying drawings:
Brief Description Of Drawings:
Fig. 1 is mansion, the plane view of relevant battery of electric vehicle exchange workstation in the prior art.
Fig. 2 is the schematic perspective view of relevant battery of electric vehicle exchange workstation in another prior art.
Fig. 3 is the running condition schematic perspective view of the exchange station for charging battery of electric vehicle of first embodiment of the invention.
Fig. 4 has the schematic perspective view of the banding machine of buffer table function for one in the second embodiment of the invention.
Fig. 5 cooperates the whole schematic perspective view of banding machine for second embodiment of the invention.
Fig. 6 is the schematic perspective view of motor driven type exchange station for charging battery of electric vehicle in the third embodiment of the invention.
Fig. 7 is the schematic perspective view of motor driven type exchange station for charging battery of electric vehicle in the fourth embodiment of the invention.
Fig. 8 is the control flow chart of the control desk in the first embodiment of the invention.
The present invention is mainly an exchange station for charging battery of electric vehicle, for electric motor car The too big restriction of battery charging interval otherness, and with the battery logistics of whole battery-exchange station Mode changes intermittent type into by continous way, and whole system only can be chosen the battery of having substituted the bad for the good, and It is sent to one changes platform.
Feature of the present invention be its have at least one can be with the electric motor car clamping position, and removable The replacing platform of battery of dress electric motor car, at least one can temporarily deposit new battery or used batteries Buffer table, but the access machine of at least one arbitrary access battery, at least one can be got arbitrarily Or store the storehouse that stores of battery, and the console of control total system operation; So that whole electricity The pond switching station can be chosen the battery of substituting the bad for the good the earliest at any time, directly is supplied to need to change battery Electric motor car uses.
As shown in Figure 3, it is the schematic perspective view of the exchange station for charging battery of electric vehicle embodiment of first embodiment of the invention, and it includes one and changes platform 1, can be located for a ccontaining battery-driven car a, to carry out the bench board of changing battery b operation.A side of changing platform 1 is provided with a buffer table 2, and buffer table 2 is connected with replacing platform 1, and one is sidelong and is put the used batteries b that battery-driven car a is unloaded, and opposite side is placed and filled full battery b.Other is equipped with an access machine 3, is arranged on one and stores between storehouse 4 and the buffer table 2, unload used batteries b to be charged can be put into and store storehouse 4, and electric weight can have been filled saturated battery b and be sent on the buffer table 2.
Be provided with a control desk 5 among the present invention in addition, control desk 5 is connected, the operation of unloading, loading onto with the battery of control battery-driven car a; And connect buffer table 2, unload and the conveying operations of the battery b that desires to load onto in order to control.Control desk 5 also connects access machine 3, in order to control access machine 3 the battery b that is unloaded is placed on and stores in the storehouse 4 charging, and electric weight has been filled full battery b be placed on the buffer table 2.
In first embodiment, the described storehouse 4 that stores includes at least one battery detecting machine 42, and device is put in the chamber 41 at battery, can detect the heading code of battery or the function of energy state and the operation of management battery charge; The battery detecting machine can design storing on the pallet of storehouse and move freely, and like this, can make a plurality of batteries put the shared battery detecting machine in chamber.Store storehouse 4 and include several indicator lamps 43, indicator lamp 43 devices are put in the chamber 41 at each battery, can indicate battery respectively and put whether chamber 41 is in the charging or most preferred stand-by battery, be i.e. situations such as the most saturated battery of electric weight, or prepreerence room.Store storehouse 4 and also include a NonConforming Product Area 44, in order to place the battery b that has damaged and can't use.
Bay-lift 33 is provided with an access platform 34, is arranged on the upside of bay-lift 33, cooperates from walking on stage 32 to select a battery to put chamber 41 with moving of bay-lift 33, and then battery is put the battery b that deposits in the chamber 41 carry out accessing operation; The battery b that access platform 34 is unloaded the battery-driven car a on the buffer table 2 deposits in and stores in the storehouse 4, makes battery detecting and charging operations; The stand-by battery b of override takes out in the storehouse 4 with storing, and is seated on the buffer table 2, among the supplying apparatus battery-driven car a.
As shown in Figure 4, it represents the second embodiment of the present invention, main with a banding machine 6 with a buffer table function, the device mode that replaces buffer table 2 with the access machine 3 of first embodiment, the buffer table 2 that is about to first embodiment can be in conjunction with access machine 3 for one becomes a banding machine 6, makes banding machine 6 keep in new battery and used batteries simultaneously and can not cause the confusion of battery logistics.
As shown in Figure 4, it is included one schematic perspective view with banding machine of buffer table function in the second embodiment of the invention, banding machine comprises: one from walking on stage 62, it is provided with mobile device, as roller 622 etc., can move changing platform 1 and storing between the storehouse 4 on free plane, carry out the transmission of battery, removable selection one battery is put chamber 41.Device has a bay-lift 63 on 62 from walking on stage, and can make the lifting perpendicular movement between top that stores storehouse 4 and bottom, puts chamber 41 to select a battery.Bay-lift 63 1 sides, device have one to deposit platform 60 in, can cooperate from 62 the free plane of walking on stage to move, and then put the battery b that is unloaded by the battery-driven car a that changes platform 1, battery b is deposited in carry out battery detecting and charging operations in the device storehouse 4.
Equally, the upside that deposits platform 60 in is provided with a taking-out platform 64, device is in a side of bay-lift 63, cooperate from walking on stage 62 plane vertical shifting, can select to store the battery of the stand-by battery of override in storehouse 4 and put chamber 41, take out battery and put chamber 41 stored stand-by battery b, battery b is sent to changes on the platform 1, supplying apparatus is on battery-driven car a.
As shown in Figure 5, it is the overall schematic of second embodiment, wherein, banding machine 6 can replace the effect of buffer table 2 and access machine 3 among first embodiment, can move freely and change platform 1 and storing between the storehouse 4, can not cause the interference of battery logistics to carry out temporary simultaneously new battery and used batteries.
As shown in Figure 6, it is the schematic perspective view of the motor driven type exchange station for charging battery of electric vehicle of third embodiment of the invention.The motor driven type exchange station for charging battery of electric vehicle of the 3rd embodiment, mainly first embodiment is changed set-up mode with motor driven type, be about to the single unit system of first embodiment, whole being arranged on the first-class dynamic load tool c, so that a convenience that can move to a certain place at any time to be provided, can effectively improve the manoevreability of integral battery door Charge Management exchange system, use with convenient.
As shown in Figure 6, as among first embodiment, be provided with one equally and change platform 1 among the carrier c that flows, its inside can be located for a ccontaining battery-driven car a, to carry out the battery-operated bench board of replacing; One buffer table 22 is arranged on a side of changing platform 1, is connected with the replacing platform, and one is sidelong and is put the used batteries that battery-driven car unloads, and opposite side is placed and filled saturated battery, but buffer table 22 oscilaltions; One access machine 3 is arranged on one and stores between storehouse 4 and the buffer table 22, and the used batteries b that the electric weight that is unloaded can be exhausted puts into and stores storehouse 4, in addition electric weight has been filled saturated battery b and has been sent on the buffer table 22.
In addition, the inside of the mobile carrier a among the 3rd embodiment is provided with one equally and stores storehouse 4, includes several batteries and puts chamber 41, arranges with matrix-style, in order to place the battery b that several battery-driven cars a is unloaded, carries out the Charge Management that detects battery and battery; One control desk 5, connect and change platform 1, the battery of control battery-driven car a unloads, loads onto operation, and connection buffer table 22, conveying in order to control institute unloading and the battery desiring to load onto, connect access machine 3 again, in order to control access machine 3 battery that is unloaded is placed on to store and charges in the storehouse, the battery that electric weight has been substituted the bad for the good is placed on the buffer table 22 in addition.
Among the 3rd embodiment, the explanation of each device, identical with first embodiment as changing platform 1, access machine 3 and storing storehouse 4 etc., equally, control desk 5 also is same as first embodiment, does not repeat them here.Only there is buffer table 22 to be different from the buffer table 2 of first embodiment, but because buffer table 22 oscilaltions of the 3rd embodiment.This is to change platform 1 and be arranged on the side door of the carrier a that flows with buffer table 22 in order to cooperate, and side door is a back door 24 among the 3rd embodiment.When battery-driven car a will change battery, opened at the back door 24 of the carrier a that must will flow, and door 24 is dropped on the ground, is beneficial to battery-driven car a and can climbs up replacing platform 1, to carry out battery altering.So buffer table 22 must have the oscilaltion function, change battery to transmit.
On the other hand, in second embodiment, the embodiment that replaces buffer table 2 and access machine 3 with banding machine 6, cooperated the use of the mobile carrier a of the 3rd embodiment again, promptly formed the fourth embodiment of the present invention, yet, mandatory declaration be, still kept buffer table 22 among the 4th embodiment, promptly banding machine 6 has only replaced access machine 3 in the 4th embodiment, and buffer table 22 still must be done oscilaltion (as Fig. 7) with the battery that institute's desire is changed
As shown in Figure 7, it is the schematic perspective view of switching station of the present invention.Wherein, the carrier c that flows includes one equally and changes platform 1, can be located for a ccontaining battery-driven car a, to carry out the bench board of changing battery b operation; One buffer table 22 is arranged on a side of changing platform 1, is connected with replacing platform 1, and one is sidelong and is put the used batteries b that battery-driven car a unloads, and opposite side is placed the battery of having substituted the bad for the good, but buffer table 22 oscilaltions; One banding machine 6 is arranged on one and stores in the storehouse 4, and the battery that will substitute the bad for the good is sent on the buffer table 22 by storing in the storehouse 4 in addition; Store storehouse 4 and include several batteries storing chambers 41,, carry out the Charge Management that detects battery and battery in order to place the battery b that telegram in reply motor-car a is unloaded.
In addition, include a control desk 5 among the 4th embodiment in addition, connect and change platform 1, unload and load onto operation with the battery of controlling battery-driven car a.Control desk 5 connects banding machines 6, and the transmission between the battery of unload and institute being desired to load onto in order to control is placed on the battery that is unloaded and stores in the storehouse 4, and with charging, the battery that other has substituted the bad for the good electric weight is by storing the storehouse taking-up and being placed on the buffer table 22.
On the other hand, be illustrated at actual adapting device operating state of the present invention, when the present invention moves, as shown in Figure 3, wherein battery-driven car a is placed on and changes on the platform 1, changing has device battery-driven car a clamping can be located on the platform 1, tire clamping steady arm 11 shown in Figure 3 is applicable to the two-wheel electric locomotive.
Then, change the battery disassembly and assembly changer 12 on the platform 1, will rise and pull down used batteries, used batteries are sent to buffer table 2 via battery load-transfer device 13 and temporarily place; Access this moment machine 3 is got the prepreerence new battery of next ordering by storing on the storehouse 4, place the access platform 34 on the bay-lift 33 of access machine 3, access machine 3 has a lot of styles, can be the Forklift that the someone controls, also can be the Forklift of the unmanned carrying of trapped orbit, also can be the Forklift of railless unmanned carrying, if operating range hour, can also mechanical arm (robot ROBOT) is made the access machine.
Afterwards, new battery is sent buffer table 2, the machine 3 of access is simultaneously taken the used batteries on the buffer table 2 away, be sent to and store in the storehouse 4 ordering empty battery at first via battery load-transfer device 13, deliver to the battery disassembly and assembly changer of changing on the platform 1 12, and new battery lifted tram to the battery-driven car, and and new battery is fastened on the battery-driven car, the electrode on the vehicle frame of positive and negative electrodes and battery-driven car is all the automatic state that is connected.Cell apparatus well after, battery disassembly and assembly changer 12 playback that descends, tire clamping steady arm 11 unclamps simultaneously, battery-driven car is left change platform 1.
As shown in Figure 3, the used batteries that buffer table 2 has just been pulled down in order to temporary transient storing, so be suitable for being installed in the next door of changing platform 1, but the pattern of some access machine 3 is beneficial to plural access platform 60,64 is set, as shown in Figure 4, wherein the access platform 60 of half quantity can use as buffer table 2, like this, just needn't establish independently buffer table 2 in addition.
Among Fig. 3 to store storehouse 4 most economical ground using method be except storing battery, have more and detect and electrically-charged function, after used batteries are placed into the location, space that stores storehouse 4, will be carried out identification record by battery detecting machine 42, the means of identification of matching battery itself and different embodiments is arranged, be generally with the optics bar code or with the means of identification of IC crystal storage as each battery, especially the IC crystal is made the means of identification of battery, can write down many data of battery, therefore will generally use.
In addition, battery detecting machine 42 can carry out necessary detection to battery, it generally is the liquid level that detects interior resistance or lead-acid battery, for the lead-acid battery that does not add water, the brine electrolysis liquid level drops to certain level, for the expression battery has damaged drainage, if interior resistance may show that unusually the electrode of battery has lost light or other situation is arranged; When detecting to defective products, can be identified, and be taken away, be seated in NonConforming Product Area 44, be waited for subsequent treatment by access machine 3 through battery detecting machine 42.
Various situations may take place in the charging, and commonly electric current is very low always and can not fill, and perhaps battery waterfall is opened battery acid and spilt, and battery detecting machine 42 all can regularly detect, and the battery that can not re-use still can be by identification process; When battery is filled, electric current will be cut off, and battery detecting machine 42 can be recorded in the information of necessity in the means of identification of battery simultaneously, for example charging duration, date, number of times, up-to-date magnitude of voltage and resistance value etc.; This new battery is to be used with Be Controlled platform 5 ordering etc., shows that simultaneously other lamp 43 can show that battery puts whether chamber 41 is in the charging or situations such as prepreerence stand-by battery or prepreerence room.
After the removed processing of obsolete battery, supvr or operator can replenish new battery, this replenishes and is placed on ad-hoc location with battery, as in buffer table 2 or the NonConforming Product Area 44 or on the access platform 34, via control desk 5, being placed on the prepreerence empty battery of ordering puts in the chamber 41, if uncharged blank battery still can be handled by battery detecting machine 42.
As shown in Figure 8, it is the control desk control flow chart of first embodiment of the invention.Shown in diagram of circuit, may further comprise the steps: step X10: control desk 5 treatment of battery is at one time changed platform 1, and the battery-driven car fixing is located; Step Y10: access machine 3 takes off the prepreerence battery of ordering by storing storehouse 4; Step Z10: battery detecting machine 42 detect used batteries state; Step W10: replenish new battery and be seated in particular locality; Above-mentioned steps is X, Y, Z and four parts of W.Afterwards, X partly enters step X12: with used batteries by disassembling step Y12 on the battery-driven car: place new battery or used batteries again on buffer table, then, carry out step X16: new battery is placed on the battery altering platform locate, to carry out step X18: new battery is installed on the battery-driven car; After installing, carry out step X20: the replacing platform of battery relaxes away battery-driven car, finishes battery swap operation (step X22).
Relevant flow process Y aspect, at execution in step Y12, place new battery or used batteries on buffer table after, execution in step Y14: used batteries are placed on the access machine, carry out step Y16 again: place used batteries ordering storing on the room, storehouse at first, enter the Z flow process afterwards.
In the Z flow process, execution in step Z10: the state of battery detecting machine testing used batteries, if certified products then enter step Z12: detect in the certified products battery charging process; Step Z14: with new battery ordering (record) and stand-by.If defective products, then carry out step Z16: the access machine is placed on particular locality with unsve battery; The back continues to handle (step Z18) again, and enters the W flow process.
After execution of step W10 (replenish new battery and be seated in particular locality), execution in step W12: new battery is placed on the access machine, then execution in step W14: place new battery ordering storing on the room, storehouse at first, enter step W14 again: with new battery ordering (record) stand-by 4, like this, finish the The whole control flow process.
Battery-exchange station of the present invention is looked its automation desirability, can carry out necessary simplification, or is manual operation, as detecting operation, battery access operation etc.; Or additional more complicated full-automatic operation.Its full-automatic operation is automatic stored similar to existing single product, is to be that the control core device is controlled with central process unit (CPU).
In sum, because battery swap of the present invention system does not need successional battery to carry operation, therefore, employed number of batteries can reduce; Again because of not needing successional battery load-transfer device, therefore the arrangement space of total system can have more elasticity, can be arranged on very narrow space, for example shown in Figure 6, it is the scheme drawing of battery-exchange station of the present invention, and it is to be set at the patrolling battery-exchange station of small-sized trailer as the carrier that flows.Therefore utilize the designed battery-exchange station of the present invention, can not occupy expensive urban land, can do the service of bigger area division again, can improve the commercial practicality of battery-driven car and battery-exchange station.
More than narration is to borrow embodiment that architectural feature of the present invention is described, is not to be used to limit protection scope of the present invention.
Claims (10)
1, a kind of exchange station for charging battery of electric vehicle, its feature includes:
One changes platform, can be located for a ccontaining battery-driven car, to make to change battery-operated bench board;
One buffer table is arranged on and changes platform one side, is connected with the replacing platform, and one is sidelong and is put the used batteries that battery-driven car unloads, and opposite side is placed the battery of having substituted the bad for the good;
One stores the storehouse, includes several batteries and puts the chamber, in order to place the battery that several battery-driven cars unload, carries out the Charge Management that detects battery and battery;
One access machine is arranged on and stores between storehouse and the buffer table, and the used batteries that the electric weight that is unloaded can be exhausted are put into and stored the storehouse, and the battery that will substitute the bad for the good is sent on the buffer table in addition;
One control desk connects and changes platform, the operation that the battery of control battery-driven car unloads, loads onto; Connect buffer table, unload and the conveying of the battery desiring to load onto in order to control; Connect the access machine, in order to the control access machine battery that is unloaded is placed on to store and charges in the storehouse, the battery that will substitute the bad for the good is placed on the buffer table in addition.
2, battery charge switching station according to claim 1, it is characterized in that the described battery that stores in the storehouse is put the chamber, arranges with matrix-style, be that each battery is put chamber and can be indicated battery whether be in charging or prepreerence stand-by battery is arranged if put the chamber, or prepreerence room situation.
3, battery charge switching station according to claim 1 is characterized in that, the described storehouse that stores also includes the battery detecting machine, and device is put in the chamber at each battery, can detect the energy state and execution battery charging function of battery.
4, according to the described battery charge switching station of right claim 1, it is characterized in that the described storehouse that stores also includes recognition lights, is installed in each cell apparatus and puts in the chamber, can indicate battery respectively whether be in charging or prepreerence stand-by battery is arranged if putting the chamber, or prepreerence room situation.
5, battery charge switching station according to claim 1 is characterized in that, the described storehouse that stores also includes one in order to place the NonConforming Product Area that has damaged battery.
6, battery charge switching station according to claim 1 is characterized in that, described access machine includes:
One track;
One from walking on stage, and device can move to the right side by the described left side that stores the storehouse in orbit, puts the chamber to select a battery;
One bay-lift, device can be done dipping and heaving storing between top, storehouse and the bottom on walking on stage certainly, put the chamber to select a battery.
One access platform is arranged on the bay-lift, cooperate from walking on stage to select a battery to put the chamber with moving of bay-lift, and then the access battery is put the stored battery in chamber;
The access platform deposits the battery that battery-driven car unloaded on the buffer table in and stores in the storehouse, has carried out battery detecting and charging operations; Other will store, and the stand-by battery of override takes out and puts on the buffer table in the storehouse, and supplying apparatus is at described battery-driven car.
7, battery charge switching station according to claim 1, it is characterized in that, the set-up mode of described buffer table and access machine is that a banding machine replaces, banding machine is arranged on and stores between storehouse and the replacing platform, the used batteries that the electric weight that is unloaded can be exhausted are put into and are stored the storehouse, and the battery of in addition electric weight having been substituted the bad for the good is sent in the storehouse on the described replacing platform by storing.
8, battery charge switching station according to claim 1, it is characterized in that, also comprise first-class dynamic load tool, can hold whole charging battery of electric vehicle switching station, on one side door of mobile carrier, ccontaining one changes a platform and a buffer table, and a ccontaining access machine and stores the storehouse in the carrier inner space of flowing, but mobile carrier can make whole switching station be combined as the system that a manoevreability moves, and it is battery-operated to provide battery-driven car can flexibly carry out replacing.
9, battery charge switching station according to claim 7 is characterized in that, described banding machine comprises:
One from walking on stage, and moves changing platform and storing between the storehouse, carries out the transfer operation of battery, moves and select battery to put the chamber;
One bay-lift, device is done dipping and heaving between top that stores the storehouse and bottom on walking on stage certainly, put the chamber to select battery;
One deposits platform in, and device cooperates from the free plane of walking on stage and moves in bay-lift one side, can put by the battery that battery-driven car unloaded of changing platform, and battery is deposited in to store carry out battery detecting and charging operations in the storehouse;
One taking-out platform, device cooperate from the plane and the vertical shifting of walking on stage in bay-lift one side, the battery that can select to store the stand-by battery of storehouse override is put the chamber, take out battery and put the stored stand-by battery in chamber, battery is sent to changes on the platform, to install on battery-driven car.
10, battery charge switching station according to claim 7, it is characterized in that, also include first-class dynamic load tool, can ccontaining whole switching station, on the side door of the carrier that wherein flows, a ccontaining replacing platform and a buffer table, in the inner space of carrier of flowing ccontaining banding machine with store the storehouse, mobile carrier can make whole switching station, but is combined as the mobile system of a manoevreability, can flexibly carry out the operation of changing battery for battery-driven car.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 99121935 CN1204029C (en) | 1999-10-15 | 1999-10-15 | Exchange station for charging battery of electric vehicle |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 99121935 CN1204029C (en) | 1999-10-15 | 1999-10-15 | Exchange station for charging battery of electric vehicle |
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| CN1293149A true CN1293149A (en) | 2001-05-02 |
| CN1204029C CN1204029C (en) | 2005-06-01 |
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| CN 99121935 Expired - Lifetime CN1204029C (en) | 1999-10-15 | 1999-10-15 | Exchange station for charging battery of electric vehicle |
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Cited By (42)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1305702C (en) * | 2002-06-05 | 2007-03-21 | 艾劳埃斯·乌本 | Method for supplementing and calculating energy consumed by a vehicle |
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| CN102064578A (en) * | 2010-12-20 | 2011-05-18 | 中国电力科学研究院 | Battery charging and replacing station for electric vehicles |
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