CN106204247A - The battery rent system of a kind of stroke based on dynamic lithium battery metering and method - Google Patents
The battery rent system of a kind of stroke based on dynamic lithium battery metering and method Download PDFInfo
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- CN106204247A CN106204247A CN201610739596.6A CN201610739596A CN106204247A CN 106204247 A CN106204247 A CN 106204247A CN 201610739596 A CN201610739596 A CN 201610739596A CN 106204247 A CN106204247 A CN 106204247A
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- G06Q30/00—Commerce
- G06Q30/06—Buying, selling or leasing transactions
- G06Q30/0645—Rental transactions; Leasing transactions
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- G—PHYSICS
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- G07F17/00—Coin-freed apparatus for hiring articles; Coin-freed facilities or services
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Abstract
The invention discloses battery rent system and the method for a kind of stroke based on dynamic lithium battery metering, when dynamic lithium battery is arranged on electric bicycle or electric automobile use, the percentage ratio of the total travel stroke that dynamic lithium battery can convert within service life is accounted for by the stroke that travels using dynamic lithium battery actual during the leasing period, lease expenses according to the dynamic lithium battery in percentage calculation leasing period, this charging way is situation based on the actually used dynamic lithium battery of user and carries out, the no matter length of user leasing period, only just can carry out charging when the actually used dynamic lithium battery of user, meet reality, meet user's requirement to dynamic lithium battery transaction consumption；This charging way also can promote that dynamic lithium battery manufacturing enterprise carries out technology upgrading, promotes the mass parameter of dynamic lithium battery, improves the market competitiveness of dynamic lithium battery.
Description
Technical field
The present invention relates to a kind of battery rent system, the metering of a kind of stroke based on dynamic lithium battery
Battery rent system and method.
Background technology
It is most of all to lease duration calculation that lithium battery is leased charging by existing dynamic lithium battery lease, i.e. rents
Rental fee increases with the increase with lease time.In lease time, no matter whether user uses this lithium battery, and lease charging is all
Calculating, this reality is inequitable to user in the same old way.Variation online transaction required along with user, this by lease time
The mode of charging is not approved by client, it is impossible to meet the transaction consumption requirement of user.
Therefore, prior art has yet to be improved and developed.
Summary of the invention
It is an object of the invention to provide battery rent system and the method for a kind of stroke based on dynamic lithium battery metering,
Aim to solve the problem that existing dynamic lithium battery lease uses lease duration to carry out charging, it is impossible to meet asking of customer transaction consumption requirement
Topic.
Technical scheme is as follows:
A kind of battery rent system of stroke based on dynamic lithium battery metering, wherein, including:
For dynamic lithium battery being realized use unblock, locking and the dynamic lithium battery management subsystem of data storage；
For storing the data that dynamic lithium battery management subsystem is uploaded, the data uploaded are analyzed process and draw finger
Order, sends instructions to dynamic lithium battery management subsystem, accounts for dynamic lithium battery according to the traveling stroke that dynamic lithium battery is actual
The percentage ratio of the total travel stroke that can convert within service life carries out calculating actual lease expenses, and judges actual rental charge
With whether reaching to prepay the cloud server of lease expenses；
Described dynamic lithium battery management subsystem is integrated on the protection circuit plate of lithium battery, dynamic lithium battery management subsystem
System is connected with cloud server communication.
The battery rent system of described stroke based on dynamic lithium battery metering, wherein, described dynamic lithium battery manages
Subsystem includes:
Control the first central processing unit that whole subsystem is properly functioning；
Solution lock unit dynamic lithium battery being unlocked or lock；
For obtaining the stroke unit travelling stroke that dynamic lithium battery is actual；
For carrying out the first communication unit that communication is connected with cloud server；
Described solution lock unit, stroke unit and the first communication unit are all connected with the first central processing unit, the first communication list
Unit is connected with cloud server communication.
The battery rent system of described stroke based on dynamic lithium battery metering, wherein, described lithium battery management subsystem
System also include for record situation that lithium battery unlocks and detect dynamic lithium battery actual travel the first of run-length data
Memory element, described first memory element is connected with the first central processing unit.
The battery rent system of described stroke based on dynamic lithium battery metering, wherein, described dynamic lithium battery manages
Subsystem also includes that human-computer interaction module, described human-computer interaction module and the first central processing unit connect.
The battery rent system of described stroke based on dynamic lithium battery metering, wherein, described cloud server includes:
For controlling the second central processing unit that whole cloud system is properly functioning；
For according to dynamic lithium battery actual travel that stroke accounts for that dynamic lithium battery can convert within service life total
The percentage ratio travelling stroke carries out the Charging Detail Record unit that actual lease expenses calculates；
For judging whether actual lease expenses reaches to prepay the judging unit of lease expenses；
For carrying out, with dynamic lithium battery management subsystem, the second communication unit that communication is connected；
Described judging unit, Charging Detail Record unit and the second communication unit are all connected with the second central processing unit, the second communication list
Unit is connected with dynamic lithium battery management subsystem communication.
The battery rent system of described stroke based on dynamic lithium battery metering, wherein, described cloud server also wraps
Include for deducting dynamic lithium battery advanced deposits and the unit of deducting fees of prepayment lease expenses, described in deduct fees unit and the second centre
Reason device connects.
The battery rent system of described stroke based on dynamic lithium battery metering, wherein, described based on dynamic lithium battery
Stroke metering battery rent system also include for deduct dynamic lithium battery advanced deposits and prepayment lease expenses the 3rd
Side deducts fees platform, and described third party deducts fees platform and the connection of the second central processing unit.
The battery rent system of described stroke based on dynamic lithium battery metering, wherein, described based on dynamic lithium battery
The battery rent system of stroke metering also include the handheld terminal that is provided with APP, described dynamic lithium battery management subsystem with
Handheld terminal communication connects, and handheld terminal is connected with cloud server communication.
The battery rent system of described stroke based on dynamic lithium battery metering, wherein, described in the hand-held of APP is installed
Terminal includes:
Control the 3rd central processing unit of whole APP normal program operation；
For generating the order signal generating unit of lease order；
For realizing paying the payment unit of lease expenses；
Described order signal generating unit and payment unit are all connected with the 3rd central processing unit, handheld terminal and dynamic lithium battery
Management subsystem communication connects, and handheld terminal is connected with cloud server communication.
A kind of lease side of the battery rent system of stroke based on the dynamic lithium battery metering as described in above-mentioned any one
Method, wherein, specifically includes following steps:
Step S100: advanced deposits carry out the lease dynamic lithium battery that places an order, dynamic lithium battery is paid；
Step S200: realize dynamic lithium battery by payment prepayment lease expenses and be unlocked use, and by power lithium battery
The unlocking information in pond is uploaded to cloud server in real time；
Step S300: the traveling stroke that the dynamic lithium battery of acquisition is actual is uploaded to cloud by dynamic lithium battery management subsystem
End server, the traveling stroke of cloud server calculating dynamic lithium battery reality accounts for dynamic lithium battery and can turn within service life
The percentage ratio of the total travel stroke changed and actual lease expenses, and judge whether actual lease expenses reaches to prepay lease expenses,
It is to perform step S500-step S700, no, perform step S400；
Step S400: perform step S300；
Step S500: cloud server judges whether dynamic lithium battery also has new prepayment lease expenses, is, performs step
S600, no, perform step S700；
Step S600: perform step S300；
Step S700: dynamic lithium battery is locked and stopped using, returns and pays dynamic lithium battery, returns dynamic lithium battery prepayment
Cash pledge, whole dynamic lithium battery lease process terminates.
Beneficial effects of the present invention: the present invention is by providing the rentable battery of a kind of stroke based on dynamic lithium battery metering
System and method, when dynamic lithium battery is arranged on electric bicycle or electric automobile use, by using dynamic lithium battery
The stroke that travels actual during the leasing period accounts for the percentage ratio of the total travel stroke that dynamic lithium battery can convert within service life,
According to the lease expenses of the dynamic lithium battery in percentage calculation leasing period, this charging way is actually used dynamic based on user
The situation of power lithium battery and carry out, the no matter length of user leasing period, only when user's actually used dynamic lithium battery just meeting
Carry out charging, meet reality, meet user's requirement to dynamic lithium battery transaction consumption；This charging way also can promote power
Lithium battery manufacturing enterprise carries out technology upgrading, promotes the mass parameter of dynamic lithium battery, improves the market competition of dynamic lithium battery
Ability.
Accompanying drawing explanation
Fig. 1 is that in the present invention, the battery rent system of stroke based on dynamic lithium battery metering and the inside of method connect
Figure.
Inside connection figure when Fig. 2 is to arrange the handheld terminal being provided with APP in the present invention.
Fig. 3 is battery rent system and the rent method of method of stroke based on dynamic lithium battery metering in the present invention
Flow chart of steps.
Detailed description of the invention
For making the purpose of the present invention, technical scheme and advantage clearer, clear and definite, develop simultaneously embodiment pair referring to the drawings
The present invention further describes.
Dynamic lithium battery, refers to limited rechargeable battery of charging times.Energy joule ginseng in dynamic lithium battery
Number refers to each dynamic lithium battery releasable total electric energy Joule energy (in limited charging times) within its service life；As
The limited charging times of dynamic lithium battery is 100 times, dynamic lithium battery after charging every time releasable electric energy Joule energy be 100
Joule, then dynamic lithium battery releasable total electric energy Joule energy within service life be 100/ joule * 100/ time=
10000/ joule.And what the electric bicycle that the energy joule parameter within dynamic lithium battery is converted or electric automobile were travelled
Stroke refers to that dynamic lithium battery is within service life when dynamic lithium battery is arranged on electric bicycle or electric automobile use
Releasable total electric energy Joule energy can be supported by the number of strokes of electric bicycle or electric automobile during traveling.
As it is shown in figure 1, the battery rent system of a kind of stroke based on dynamic lithium battery metering, including:
For dynamic lithium battery being realized use unblock, locking and the dynamic lithium battery management subsystem 100 of data storage；
For storing the data that dynamic lithium battery management subsystem 100 is uploaded, it is analyzed processing to the data uploaded
Go out instruction, send instructions to dynamic lithium battery management subsystem 100, account for power according to the traveling stroke that dynamic lithium battery is actual
The percentage ratio of the total travel stroke that lithium battery can convert within service life carries out calculating actual lease expenses, and judges reality
Whether lease expenses reaches to prepay the cloud server 200 of lease expenses；
Described dynamic lithium battery management subsystem 100 is integrated on the protection circuit plate of lithium battery, and dynamic lithium battery manages
Subsystem 100 is connected with cloud server 200 communication.
Specifically, described dynamic lithium battery management subsystem 100 includes:
Control the first central processing unit 110 that whole subsystem is properly functioning；
The solution lock unit 120 dynamic lithium battery being unlocked or lock；
For obtaining the stroke unit 130 travelling stroke that dynamic lithium battery is actual；
For carrying out the first communication unit 140 that communication is connected with cloud server 200；
Described solution lock unit 120, stroke unit 130 and the first communication unit 140 are all with the first central processing unit 110 even
Connecing, the first communication unit 140 is connected with cloud server 200 communication.
In the present embodiment, described stroke unit 130 can use satellite fix or cellular base station location (as NBLT position,
Low-power consumption mobile base station positions) carry out positioning power lithium battery, thus obtain the traveling stroke of dynamic lithium battery；Stroke unit 130
Vehicle speed sensor can also be used to obtain the traveling stroke of dynamic lithium battery.
In order to enable to store the ruuning situation in lithium battery management subsystem 100 in time, described lithium battery management subsystem 100
Also include the situation for recording lithium battery unblock and detect that the first of the run-length data that travels of dynamic lithium battery reality is deposited
Storage unit 150, described first memory element 150 is connected with the first central processing unit 110.
In order to be able to control dynamic lithium battery management subsystem 100, dynamic lithium battery is unlocked operation, described power lithium
Battery management subsystem 100 also includes human-computer interaction module 160, described human-computer interaction module 160 and the first central processing unit 110
Connect.
In the present embodiment, described dynamic lithium battery management subsystem 100 is with cloud server 200 by network communication even
Connect, as GPRS communication connects.
Specifically, described cloud server 200 includes:
For controlling the second central processing unit 210 that whole cloud system is properly functioning；
For according to dynamic lithium battery actual travel that stroke accounts for that dynamic lithium battery can convert within service life total
The percentage ratio travelling stroke carries out the Charging Detail Record unit 230 that actual lease expenses calculates；
For judging whether actual lease expenses reaches to prepay the judging unit 220 of lease expenses；
For carrying out, with dynamic lithium battery management subsystem 100, the second communication unit 240 that communication is connected；
Described judging unit 220, Charging Detail Record unit 230 and the second communication unit 240 are all with the second central processing unit 210 even
Connecing, the second communication unit 240 is connected with dynamic lithium battery management subsystem 100 communication.
For dynamic lithium battery advanced deposits (i.e. user leases the cash pledge of dynamic lithium battery) and prepayment lease expenses (according to
The lease expenses that the energy joule number of user's anticipated dynamic lithium battery used during the leasing period calculates) deduction, permissible
By third party deduct fees platform be deducted (as wechat deduct fees, Alipay is deducted fees, bank card is deducted fees, ID card is deducted fees, electronics is buckled
Take, etc.), it is also possible to by cloud server 200 directly deduct fees (described dynamic lithium battery advanced deposits and prepayment rental charge
Deduction be not limited to mentioned above means of deducting fees, all means of deducting fees that can realize deducting fees all can use).This enforcement
In example, the lease for the ease of dynamic lithium battery is deducted fees, and described cloud server 200 also includes for deducting dynamic lithium battery pre-
Deposit and the unit 240 of deducting fees of prepayment lease expenses, described in unit 240 of deducting fees be connected with the second central processing unit 210.
Along with the mobile phone extensive application in life now, in order to meet the demand of convenient transaction, as in figure 2 it is shown, this base
Battery rent system in the stroke metering of dynamic lithium battery can also include the handheld terminal 300 being provided with APP, described power
Lithium battery management subsystem 100 is connected with handheld terminal 300 communication, and handheld terminal 300 is connected with cloud server 200 communication.
Specifically, the APP program of described handheld terminal 300 includes:
Control the 3rd central processing unit 310 of whole APP normal program operation；
For generating the order signal generating unit 330 of lease order；
For realizing paying the payment unit 340 of lease expenses；
Described order signal generating unit 330 and payment unit 340 are all connected with the 3rd central processing unit 310, handheld terminal 300
Being connected with dynamic lithium battery management subsystem 100 communication, handheld terminal 300 is connected with cloud server 200 communication.
Specifically, described handheld terminal 300 can be mobile phone or the panel computer (e.g., IPAD) being provided with APP program.
Specifically, described payment unit 340 can by Third Party Payment System mode realize pay, as wechat pay,
Alipay payment, bank card payment, ID card pay, pay by mails or Apple Pay (a kind of mobile-phone payment merit based on NFC
Can), etc. (described payment unit 340 is not limited to means of payment mentioned above, and all means of payment that can realize paying are equal
Can use).
In the present embodiment, described handheld terminal 300 is connected by network communication with cloud server 400, such as GPRS communication
Connect.
As it is shown on figure 3, a kind of battery rent system according to stroke based on dynamic lithium battery metering described above
Rent method, specifically includes following steps:
Step S100: advanced deposits carry out the lease dynamic lithium battery that places an order, dynamic lithium battery is paid；
Step S200: realize dynamic lithium battery by payment prepayment lease expenses and be unlocked use, and by power lithium battery
The unlocking information in pond is uploaded to cloud server 200 in real time；
Step S300: the traveling stroke that the dynamic lithium battery of acquisition is actual is uploaded by dynamic lithium battery management subsystem 100
To cloud server 200, cloud server 200 calculates the actual traveling stroke of dynamic lithium battery and accounts for dynamic lithium battery in the use longevity
The percentage ratio of the total travel stroke that can convert in Ming and actual lease expenses, and judge whether actual lease expenses reaches prepayment
Lease expenses, is to perform step S500-step S700, no, performs step S400；
Step S400: perform step S300；
Step S500: cloud server 200 judges whether dynamic lithium battery also has new prepayment lease expenses, is, performs
Step S600, no, perform step S700；
Step S600: perform step S300；
Step S700: dynamic lithium battery is locked and stopped using, returns and pays dynamic lithium battery, returns dynamic lithium battery prepayment
Cash pledge, whole dynamic lithium battery lease process terminates.
The process that the battery rent system of whole stroke based on dynamic lithium battery metering runs is as follows: user is by prepayment
Cash pledge carries out the lease dynamic lithium battery that places an order, and dynamic lithium battery mailing arrives at user, and user pays prepayment lease expenses, high in the clouds
Server 200 sends a command to dynamic lithium battery management subsystem 100, solves lock unit 120 and is unlocked dynamic lithium battery, dynamic
Power lithium battery brings into operation, and the data that dynamic lithium battery unlocks are uploaded to cloud server 200 by the first communication unit 140, with
Time the first memory element 150 also real-time storage dynamic lithium battery unblock situation data (to prevent the first communication unit 140 and cloud
End server 200 communicating interrupt causes dynamic lithium battery data to upload interruption, the number that will be able to be interrupted by the first memory element 150
According to again uploading；The data of the first memory element 150 storage can be automatically deleted every a time period, to prevent the first storage list
The data storage of unit 150, beyond capacity, causes follow-up data not store)；Stroke unit 130 starts to obtain dynamic lithium battery
Actual traveling stroke, the traveling stroke of the dynamic lithium battery reality that stroke unit 130 is obtained by the first communication unit 140 is real-time
Transmission is to cloud server 200；Charging Detail Record unit 230 carries out actual rental charge according to the traveling stroke that dynamic lithium battery is actual and uses tricks
Calculate, it is judged that unit 220 judges whether actual lease expenses reaches to prepay lease expenses, if actual lease expenses is not reaching to prepayment
Lease expenses, dynamic lithium battery can use in further teasing, if actual lease expenses has reached to prepay lease expenses, cloud server
200 judge that user continues to pay dues the most again continues the lease use of lithium battery, if user continues to pay dues the most again, then power lithium battery
Pond can use in further teasing, if user continues to pay dues the most again, cloud server 200 sends a command to dynamic lithium battery management subsystem
System 100, solves lock unit 120 and locks dynamic lithium battery, and dynamic lithium battery is stopped using, and user returns payment power lithium battery
Pond, returns dynamic lithium battery advanced deposits, and whole dynamic lithium battery lease process terminates.
When the battery rent system of this stroke based on dynamic lithium battery metering includes the handheld terminal 300 that is provided with APP
Time, user can place an order as completed advanced deposits by APP by completing on APP and the interaction of cloud server 200
Lease dynamic lithium battery, the payment completing dynamic lithium battery prepayment lease expenses by APP, send a command to power by APP
Lithium battery management subsystem 100 realizes the unblock of dynamic lithium battery or upper latching operation, completes dynamic lithium battery management by APP
Data transmission between system 100 and cloud server 200, etc..
In the technical program, when dynamic lithium battery is arranged on electric bicycle or electric automobile use, by using
The stroke that travels of dynamic lithium battery reality during the leasing period accounts for the total travel row that dynamic lithium battery can convert within service life
The percentage ratio of journey, according to the lease expenses of the dynamic lithium battery in percentage calculation leasing period, this charging way be based on
The situation of the actually used dynamic lithium battery in family and carry out, the no matter length of user leasing period, only actually used dynamic as user
Power lithium battery just can carry out charging, meets reality, meets user's requirement to dynamic lithium battery transaction consumption；This charging way
Also can promote that dynamic lithium battery manufacturing enterprise carries out technology upgrading, promote the mass parameter of dynamic lithium battery, improve power lithium battery
The market competitiveness in pond.
It should be appreciated that the application of the present invention is not limited to above-mentioned citing, for those of ordinary skills, can
To be improved according to the above description or to convert, all these modifications and variations all should belong to the guarantor of claims of the present invention
Protect scope.
Claims (10)
1. the battery rent system of stroke based on a dynamic lithium battery metering, it is characterised in that including:
For dynamic lithium battery being realized use unblock, locking and the dynamic lithium battery management subsystem of data storage；
For storing the data that dynamic lithium battery management subsystem is uploaded, the data uploaded are analyzed process and draw instruction,
Send instructions to dynamic lithium battery management subsystem, account for dynamic lithium battery according to the traveling stroke that dynamic lithium battery is actual and make
Carry out calculating actual lease expenses with the percentage ratio of the total travel stroke that can convert in the life-span, and judge that actual lease expenses is
The no cloud server reaching to prepay lease expenses；
Described dynamic lithium battery management subsystem be integrated on the protection circuit plate of lithium battery, dynamic lithium battery management subsystem with
Cloud server communication connects.
The battery rent system of stroke based on dynamic lithium battery the most according to claim 1 metering, it is characterised in that institute
State dynamic lithium battery management subsystem to include:
Control the first central processing unit that whole subsystem is properly functioning；
Solution lock unit dynamic lithium battery being unlocked or lock；
For obtaining the stroke unit travelling stroke that dynamic lithium battery is actual；
For carrying out the first communication unit that communication is connected with cloud server；
Described solution lock unit, stroke unit and the first communication unit are all connected with the first central processing unit, the first communication unit with
Cloud server communication connects.
The battery rent system of stroke based on dynamic lithium battery the most according to claim 2 metering, it is characterised in that institute
State lithium battery management subsystem also to include for recording the situation that lithium battery unlocks and row dynamic lithium battery reality being detected
Sailing the first memory element of run-length data, described first memory element is connected with the first central processing unit.
The battery rent system of stroke based on dynamic lithium battery the most according to claim 2 metering, it is characterised in that institute
State dynamic lithium battery management subsystem and also include that human-computer interaction module, described human-computer interaction module and the first central processing unit are even
Connect.
The battery rent system of stroke based on dynamic lithium battery the most according to claim 1 metering, it is characterised in that institute
State cloud server to include:
For controlling the second central processing unit that whole cloud system is properly functioning；
The total travel that dynamic lithium battery can convert within service life is accounted for for the stroke that travels actual according to dynamic lithium battery
The percentage ratio of stroke carries out the Charging Detail Record unit that actual lease expenses calculates；
For judging whether actual lease expenses reaches to prepay the judging unit of lease expenses；
For carrying out, with dynamic lithium battery management subsystem, the second communication unit that communication is connected；
Described judging unit, Charging Detail Record unit and the second communication unit are all connected with the second central processing unit, the second communication unit with
Dynamic lithium battery management subsystem communication connects.
The battery rent system of stroke based on dynamic lithium battery the most according to claim 5 metering, it is characterised in that institute
State cloud server also include for deduct dynamic lithium battery advanced deposits and prepayment lease expenses unit of deducting fees, described in deduct fees
Unit and the second central processing unit connect.
The battery rent system of stroke based on dynamic lithium battery the most according to claim 5 metering, it is characterised in that institute
The battery rent system stating stroke based on dynamic lithium battery metering also includes for deducting dynamic lithium battery advanced deposits with pre-
The third party paying lease expenses deducts fees platform, and described third party deducts fees platform and the connection of the second central processing unit.
The battery rent system of stroke based on dynamic lithium battery the most according to claim 1 metering, it is characterised in that institute
The battery rent system stating stroke based on dynamic lithium battery metering also includes being provided with the handheld terminal of APP, described power lithium
Battery management subsystem is connected with handheld terminal communication, and handheld terminal is connected with cloud server communication.
The battery rent system of stroke based on dynamic lithium battery the most according to claim 8 metering, it is characterised in that institute
State and the handheld terminal of APP is installed includes:
Control the 3rd central processing unit of whole APP normal program operation；
For generating the order signal generating unit of lease order；
For realizing paying the payment unit of lease expenses；
Described order signal generating unit and payment unit are all connected with the 3rd central processing unit, and handheld terminal manages with dynamic lithium battery
Subsystem communication connects, and handheld terminal is connected with cloud server communication.
10. the battery rent system of stroke of based on dynamic lithium battery the metering as described in any one of claim 1-9
Rent method, it is characterised in that specifically include following steps:
Step S100: advanced deposits carry out the lease dynamic lithium battery that places an order, dynamic lithium battery is paid；
Step S200: realize dynamic lithium battery by payment prepayment lease expenses and be unlocked use, and by dynamic lithium battery
Unlocking information is uploaded to cloud server in real time；
Step S300: the traveling stroke that the dynamic lithium battery of acquisition is actual is uploaded to high in the clouds clothes by dynamic lithium battery management subsystem
Business device, the stroke that travels that cloud server calculates dynamic lithium battery actual accounts for what dynamic lithium battery can convert within service life
The percentage ratio of total travel stroke and actual lease expenses, and judge whether actual lease expenses reaches to prepay lease expenses, is to hold
Row step S500-step S700, no, perform step S400；
Step S400: perform step S300；
Step S500: cloud server judges whether dynamic lithium battery also has new prepayment lease expenses, is, performs step
S600, no, perform step S700；
Step S600: perform step S300；
Step S700: dynamic lithium battery is locked and stopped using, returns and pays dynamic lithium battery, returns dynamic lithium battery prepayment and gives as security
Gold, whole dynamic lithium battery lease process terminates.
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| CN201610739596.6A CN106204247A (en) | 2016-08-26 | 2016-08-26 | The battery rent system of a kind of stroke based on dynamic lithium battery metering and method |
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| CN107481427A (en) * | 2017-07-28 | 2017-12-15 | 张祥勋 | A kind of shared electric automobile lease new business mode |
| CN107528361A (en) * | 2017-07-24 | 2017-12-29 | 哈尔滨互惠科技有限公司 | A kind of charging method, device, computer equipment and can storage medium |
| CN108831036A (en) * | 2018-09-11 | 2018-11-16 | 众声物联（天津）科技有限公司 | Lithium battery PACK state obtains and the method and apparatus of lease charging and control |
| CN109191203A (en) * | 2018-08-29 | 2019-01-11 | 安玉伟 | A kind of electric car intelligence makes system |
| CN113112695A (en) * | 2021-04-21 | 2021-07-13 | 湖北亿纬动力有限公司 | Battery authorization management method and vehicle terminal |
| CN113160496A (en) * | 2021-06-25 | 2021-07-23 | 北京电满满科技有限公司 | Battery management system and method |
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