CN106952150A - Electromobile lease time division counting method based on electricity consumption situation - Google Patents
Electromobile lease time division counting method based on electricity consumption situation Download PDFInfo
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Abstract
The present invention relates to a kind of electromobile lease charging method.A kind of electric motor car timesharing lease charging method based on electricity consumption situation, detects the current information and information of voltage of power battery of electric vehicle using electrokinetic cell state detection module and passes to network communication module in real time；Network communication module includes each module real time data detection module and the real-time uploading module of data, and the real-time uploading module timing of data uploads data to cloud service module；Cloud service module uses electric current real-time statistics module real-time statistic analysis power battery of electric vehicle discharge scenario, and route and the distance that user is travelled are monitored in real time using GPRS distance statistics module；Finally, expenses standard computing module obtains the electric motor car operating range progress charging that all unit interval power consumptions of electric motor car and GPRS distance statistics modules are obtained according to unit interval energy content of battery consumption calculations module.The present invention combines reality car situation charging, can provide a fair relatively to lessor and lease side, reasonably use car environment.
Description
Technical field
The present invention relates to a kind of electromobile lease charging method, rented more particularly, to a kind of electric motor car based on electricity consumption situation
Rent time division counting method.
Background technology
Currently, the situation is tense for China's atmosphere pollution, with pellet（PM10）, fine particle（PM2.5）It is characterized
The regional atmospheric environment problem of pollutant becomes increasingly conspicuous, and damages health, and influence social harmony is stable.To improve empty conscientiously
Makings amount, in September, 2013, country puts into effect《Prevention and control of air pollution action plan》, point out to need to strengthen moving source pollution in the works
Preventing and treating, strengthens urban traffic control, Optimizing City function and allocation plan, promotes intelligent traffic administration system, alleviates urban transportation and gathers around
It is stifled.Implement public traffic in priority strategy, improve share of public transportation, according to urban development planning, rationally control motor vehicle is possessed
Amount, widelys popularize new-energy automobile.
State Council put into effect on December 29th, 2012《State Council first develops the guidance meaning of public transport on city
See》（Promulgated by the State Council [2012] 64）, propose " first develop public transport be alleviate traffic congestion, transformation Traffic Development mode,
Lift people's quality of the life, improve the inevitable requirement of government's basic public services level, be to build resource-conserving, environment
The strategic choice of friendly society ".In ministries and commissions' aspect, Department of Transportation put into effect on November 9th, 2011《Department of Transportation
The notice of demonstration project relevant issues is built on carrying out national public transport city》（Ship hair [2011] 635）, it is public by carrying out
Hand over city to build demonstration projects, strive building up " ensureing that stronger, service more high-quality, facility be more perfect, fortune in experimental city
Battalion it is safer, management more specification " urban public tranlport system.
Electric automobile lease is to change Traffic Development mode, the important means of reduction moving source pollution, is that city is public
Effective supplement of common traffic system.The key problem that electric automobile lease can be able to promote is its rational charging way.
Existing automobile leasing charge way is mainly rented sometimes, two kinds of daily rental.When rent and calculate in hours, it is discontented to press within one hour
Calculate within one hour；Daily rental, is defined by 24 hours/day, per diem charged.The shortcoming of this charging method is not account for use process
In actual conditions, and price is higher, is unfavorable for the popularization of electric automobile.
In view of background above, the present invention proposes a kind of scientific and reasonable electric motor car（Automobile）The billing scheme that clocks is leased, together
When combine it is actual use car situation charging, give lessor and the offer of lease side one justice, rational automobile leasing environment, it is intended to push away
The application of broadcasting and TV electrical automobile.
The content of the invention
The present invention is in view of the shortcomings of the prior art, propose a kind of electromobile lease time-shared charge side based on electricity consumption situation
Method.Belong to a kind of scientific and reasonable electric motor car（Automobile）The billing scheme that clocks is leased, car situation charging, energy are used in combination with actual
It is enough to provide a fair relatively to lessor and lease side, reasonably use car environment.
The technical solution adopted in the present invention：
A kind of electric motor car timesharing lease charging method based on electricity consumption situation, implementation process is as follows：
1）Using electrokinetic cell state detection module, the electric current of the tested power battery of electric vehicle of detection in real time（Electric discharge）Information and
Information of voltage, and pass to network communication module；
2）Network communication module includes each module real time data detection module and the real-time uploading module of data；
Real time data detection module receives the electric current of electrokinetic cell detection module, information of voltage, passes through the change of electric current output state
Change to judge the service condition of vehicle, when electric current is more than zero, then it is assumed that under steam, electric current output steadily goes to zero vehicle
When, vehicle stationary state；The real-time uploading module of data uploads number using Internet of Things and GPRS network timing to cloud service module
According to each module is respective real-time data record and uploads, and is preserved in background data base；
3）Cloud service module includes electric current real-time statistics module, battery total electricity statistical module, dump energy computing module, unit
Time energy content of battery consumption calculations module, GPRS distance statistics module, electric capacity computing module, expenses standard computing module；
Cloud service module uses electric current real-time statistics module real-time statistic analysis power battery of electric vehicle discharge scenario, preserves in real time
The current information of each electric motor car, and according to electric motor car curent change situation, judge the running situation of electric motor car, correspondence is electronic
The data of car, are stored in database；
The total electricity that electric motor car has after last time charging complete is stored in correspondence electric motor car by battery total electricity statistical module
Corresponding data field in, and according to each charging complete situation, the corresponding total electricity information at the correspondence time point of generation in real time；
Dump energy computing module is believed according to the total electricity information of the last charging complete of power battery of electric vehicle, real-time current
The relation of breath and electric current and time, which are calculated, obtains battery dump energy, and is believed by terminal phone or the displaying of computer display module
Breath；
Unit interval energy content of battery consumption calculations module is according to electric current real-time statistics module, battery total electricity statistical module and remains
The data message of remaining electricity computing module, the power consumption situation of each power battery of electric vehicle is calculated according to time change；
GPRS distance statistics module monitors route and the distance that user is travelled in real time, and user distance information transmission is marked to charge
Quasi- computing module；
Electric capacity computing module calculates the capacitance variations situation of power battery of electric vehicle during use according to information of voltage；Will
Obtained capacitance information preservation, and show that vehicle is expected charging required time completely by information display module；
Finally, when expenses standard computing module obtains all units of electric motor car according to unit interval energy content of battery consumption calculations module
Between the obtained electric motor car operating range of power consumption and GPRS distance statistics modules, charging is carried out according to the following formula：
Wherein, n is whole lease time, and W is, P is unit time power consumption, and s is operating range, and c is constant.
The described electromobile lease time division counting method based on electricity consumption situation, electrokinetic cell state detection module includes electricity
Flow real-time monitoring modular and the real-time detection module of voltage；
The real-time monitoring modular of electric current detects the current information of tested power battery of electric vehicle by current sensor in real time, and will inspection
The information conversion output experienced is surveyed, is required with the transmission, processing, storage, display, record and the control that meet information；
The detection of voltage real-time detection module obtains information of voltage of the power battery of electric vehicle after each charging complete and had
Some total electricities, and examine power battery of electric vehicle with using caused electric energy attenuation, electric car is made with increasing the later stage
With the computational accuracy of period each moment dump energy；Or, by every 1,000 discharge and recharges of power battery of electric vehicle, total electricity decay
It is 90% estimation power battery of electric vehicle with using caused electric energy attenuation.
The constant c is got by summarizing the data of a large amount of car rental costs, and c values are 3~4.
Beneficial effects of the present invention：
1st, the present invention proposes a kind of environmentally friendly, resource-conserving new charging method, and electricity is being used according to consumer
Energy consumption during motor-car, is reasonably charged.Design science, rationally.It can strengthen in existing electromobile lease field
The awareness of saving energy of consumers in general, promotes the emission reduction of consumer's active response national energy-saving to call, and advocates energy-saving and emission-reduction, environmental protection and goes out
OK.
2nd, the electromobile lease time division counting method based on electricity consumption situation of the invention, made it is a kind of it is noiseless, pollution-free,
The electromobile lease platform of low energy consumption.Simultaneously for the power consumption situation of company, battery will have one using control situation
Management and control are ensured well, can will greatly reduce the loss of electric car battery to a certain extent, and increase battery
Service life.
Brief description of the drawings
Fig. 1 is the electromobile lease time division counting method operation platform of the invention based on electricity consumption situation（Electromobile lease platform）Knot
Structure schematic diagram；
Fig. 2 is the electromobile lease platform structure and each mould of the electromobile lease time division counting method of the invention based on electricity consumption situation
Communication demonstration schematic diagram between block.
Embodiment
Below by embodiment, technical scheme is described in further detail.
Embodiment 1
Referring to Fig. 1, Fig. 2, electric motor car timesharing lease charging method of the present invention based on electricity consumption situation, implementation process is as follows：
1）Using electrokinetic cell state detection module, the electric current of the tested power battery of electric vehicle of detection in real time（Electric discharge）Information and
Information of voltage, and pass to network communication module；
2）Network communication module includes each module real time data detection module and the real-time uploading module of data；
Real time data detection module receives the electric current of electrokinetic cell detection module, information of voltage, passes through the change of electric current output state
Change to judge the service condition of vehicle, when electric current is more than zero, then it is assumed that under steam, electric current output steadily goes to zero vehicle
When, vehicle stationary state；The real-time uploading module of data uploads number using Internet of Things and GPRS network timing to cloud service module
According to each module is respective real-time data record and uploads, and is preserved in background data base；
3）Cloud service module includes electric current real-time statistics module, battery total electricity statistical module, dump energy computing module, unit
Time energy content of battery consumption calculations module, GPRS distance statistics module, electric capacity computing module, expenses standard computing module；
Cloud service module uses electric current real-time statistics module real-time statistic analysis power battery of electric vehicle discharge scenario, preserves in real time
The current information of each electric motor car, and according to electric motor car curent change situation, judge the running situation of electric motor car, correspondence is electronic
The data of car, are stored in database；
The total electricity that electric motor car has after last time charging complete is stored in correspondence electric motor car by battery total electricity statistical module
Corresponding data field in, and according to each charging complete situation, the corresponding total electricity information at the correspondence time point of generation in real time；
Dump energy computing module is believed according to the total electricity information of the last charging complete of power battery of electric vehicle, real-time current
The relation of breath and electric current and time, which are calculated, obtains battery dump energy, and is believed by terminal phone or the displaying of computer display module
Breath；
Unit interval energy content of battery consumption calculations module is according to electric current real-time statistics module, battery total electricity statistical module and remains
The data message of remaining electricity computing module, the power consumption situation of each power battery of electric vehicle is calculated according to time change；
GPRS distance statistics module monitors route and the distance that user is travelled in real time, and user distance information transmission is marked to charge
Quasi- computing module；
Electric capacity computing module calculates the capacitance variations situation of power battery of electric vehicle during use according to information of voltage；Will
Obtained capacitance information preservation, and show that vehicle is expected charging required time completely by information display module；
Finally, when expenses standard computing module obtains all units of electric motor car according to unit interval energy content of battery consumption calculations module
Between the obtained electric motor car operating range of power consumption and GPRS distance statistics modules, charging is carried out according to the following formula：
Wherein, n is whole lease time, and W is, P is unit time power consumption, and s is operating range, and c is constant.
Constant c spans are 34, the constant is by summarizing the optimum value that the data of a large amount of car rental costs are got.
Embodiment 2
Referring to Fig. 1, Fig. 2, the electromobile lease time division counting method based on electricity consumption situation of the present embodiment, itself and embodiment 1
Difference is：The electrokinetic cell state detection module of use includes the real-time monitoring modular of electric current and voltage detects mould in real time
Block；The real-time monitoring modular of electric current detects the current information of tested power battery of electric vehicle by current sensor in real time, and will inspection
The information conversion output experienced is surveyed, is required with the transmission, processing, storage, display, record and the control that meet information；Voltage is real
When detection module detection obtain information of voltage of the power battery of electric vehicle after each charging complete and the total electricity having,
And power battery of electric vehicle is examined with using caused electric energy attenuation, to increase the later stage to electric car each moment during use
The computational accuracy of dump energy.
, can be by power battery of electric vehicle such as without using this module（Lithium battery）Every 1,000 discharge and recharges, total electricity is decayed to
90% estimation power battery of electric vehicle is with the electric energy attenuation caused by.
Embodiment 3
Referring to Fig. 1, Fig. 2, the electromobile lease time division counting method of the invention based on electricity consumption situation uses car situation meter with reference to actual
Take, a fair relatively can be provided to lessor and lease side, reasonably car environment is used.
Referring to Fig. 1, shown by state detection module, network communication module, cloud service module and terminal phone or computer
Terminal creates a kind of noiseless, pollution-free, low energy consumption electromobile lease platform.
Referring to Fig. 2, the process that each module specific configuration and invention electromobile lease time division counting method are realized is as follows：
First, electrokinetic cell status checking module：Including the real-time monitoring modular of electric current and voltage detection module.
1. the real-time monitoring modular of electric current
The real-time monitoring modular of electric current is that, mainly by current sensor, detection in real time is tested the information of electric current, and detection is felt
The information being subject to, the information that the electric signal for meeting certain standard needs or other required forms are for conversion into according to certain rules is defeated
Go out, transmission, processing, storage, display, record and control to meet information etc. is required.In this module, by the telecommunications detected
Number or other forms information transmission to network communication module.
2. voltage detection module
Voltage detection module is to detect information of voltage of the electric car battery after each charging complete, and main purpose is to obtain electricity
The total electricity that pond has after charging complete, plays verification battery with using caused electric energy decay feelings to a certain extent
Condition, this can computational accuracy of the increase later stage to electric car dump energy of each moment during use to a certain extent.（Such as without using this
Module, will decay to 90% estimation by every 1,000 discharge and recharges of lithium battery, total electricity）.
3. in view of the operation expanding in later stage, battery temperature detection module can be designed.Working majority is being run up to according to premise
Under, other use informations it will do big data analysis together with electric car.Significance will be played for enterprise's Later development.
2nd, network communication module
1. each module real time data module of detection
Receive the electrical signal information of the module of electrokinetic cell detection, and convert electrical signals to data signal.Exported by electric current
How many service conditions to judge vehicle, when electric current output is more, then under steam, electric current output steadily goes to zero vehicle
When, vehicle stationary state.And receive the electrical signal information of the module of electrokinetic cell detection, and convert electrical signals to digital letter
Number, shown with digital visual.
2. the real-time uploading module of data
Using Internet of Things network G PRS come the set time to server upload data, each module respective real-time data record and on
Pass, completely preserved in background data base, real-time refresh data, it is ensured that the promptness of data, validity and integrality.
3rd, cloud computing module
1. electric current real-time statistics module
Electric current real-time statistic analysis, the current information of each electric car will be preserved in real time.And according to electric car curent change situation, judge
The running situation of electric car, the data of correspondence electric car are stored in database.
2. battery total electricity statistical module
With electric current real-time statistics module, the total electricity that electric car has after last time charging complete is stored in pair of correspondence electric car
Answer in data field, and according to each charging complete situation, the corresponding total electricity information at the correspondence time point of generation in real time.
3. dump energy computing module
Dump energy computing module, is the total electricity information according to the last charging complete of electric car battery, and real-time current
The relation of information and electric current and time are calculated and obtained, and the information at per moment is preserved.It is easy to information display module exhibition information.
4. unit interval energy content of battery consumption calculations module
Unit interval power consumption module is nucleus module in cloud service module, and its realization depends on electric current statistical module, always
Electricity statistical module and dump energy computing module.It calculates each electric car electricity according to these three modules according to time change
The power consumption situation in pond.
5.GPRS distance statistics modules
User is while using electric car, the route and distance that real-time monitoring user is travelled, and constantly updates the data.It will use
Family range information, passes to expenses standard computing module.
6. electric capacity computing module
Electric capacity computing module, is, according to information of voltage, to calculate the capacitance variations situation of battery during use.Obtained electric capacity
Information is preserved, and will be shown the time required to the expected charging completely for information display module.
7. expenses standard computing module
Expenses standard computing module will more unit interval energy content of battery consumption calculations module and GPRS distance statistics module two
Individual standard proposes more reasonably expenses standard.Current expenses standard is drafted to be multiplied in all unit interval power consumptions with operating range
The sum of 3.40 times of product.I.e.
Wherein, n is whole lease time.
4th, information display module
In information display module, ignore the basic modules such as the user's log-in module that must have, and catch based on electricity consumption situation
The exhibition information module of analysis.It is main information display module below.
1. battery power consumption situation
Battery power consumption situation is shown, is mainly shown in the electric car power consumption situation in traveling.During by cloud computing module unit
Between energy content of battery consumption calculations module data message, by draw gradient show battery power consumption situation.
2. operating range is shown
Operating range is shown, is the different electric car running data exhibitions more in cloud service on the basis of GPRS distance statistics modules
The interface information shown.
3. route shows and recommends optimal driving recommendations
Route shows and recommends optimal driving recommendations to be mainly based upon the need that later stage big data analyzes proposed human nature service
Ask extension.By cloud data analysis, best route, and driving recommendations are obtained, more superior experience scheme is possessed using user.
4. battery life is shown（Administrator right）
Battery life displaying is the exhibition information that there is the user with administrator right request to show.Facilitate keeper to public affairs
Department's electric car battery is using expected accurate estimation, and energy root it is estimated that change electric car battery, and can make expected battery in batches in real time
Purchase.
5. battery low-electricity quantity early warning
Battery low-electricity quantity early warning is that a kind of device that user's not enough power supply is reminded in order to when battery is reached compared with low battery is shown,
Voice output is taken into account simultaneously, and the convenient user in driving knows information about power.The low battery of predetermined set is reached in battery simultaneously
When, the remaining time that electric car electric quantity consumption is finished will be automatically reminded to.And when reaching the time, the same battery of automatic cut-off motor
Between device, reduce loss of the extreme power consumption to battery.
6. the real-time display of battery charging, it is contemplated that shown the time required to charging completely
It is expected that displaying is the computational methods based on electric capacity and charging current the time required to charging completely, obtain being expected required charging
The complete time, and the time of required charging complete is shown in real time, facilitate user more reasonably to be arranged when carrying out charging electric car
The driving planning of oneself.Below for needed for several the charging interval computational methods.
A) when charging current is less than or equal to the 5% of battery capacity
Charging interval（Hour）=battery capacity（mAH）× 1.6 ÷ charging currents (mA)；
B) charging current is more than the 5% of battery capacity, during less than or equal to 10%：
Charging interval（Hour）=battery capacity（mAH）× 1.5 ÷ charging currents (mA)；
C) charging current is more than the 10% of battery capacity, during less than or equal to 15%：
Charging interval（Hour）=battery capacity（mAH）× 1.3 ÷ charging currents（mA）；
D) charging current is more than the 15% of battery capacity, during less than or equal to 20%
Charging interval（Hour）=battery capacity（mAH）× 1.2 ÷ charging currents (mA)；
E) when charging current is more than the 20% of battery capacity：
Charging interval（Hour）=battery capacity（mAH）× 1.1 ÷ charging currents (mA).
Claims (5)
1. a kind of electric motor car timesharing lease charging method based on electricity consumption situation, implementation process is as follows：
1）Using electrokinetic cell state detection module, the current information and voltage letter of the tested power battery of electric vehicle of detection in real time
Breath, and pass to network communication module；
2）Network communication module includes each module real time data detection module and the real-time uploading module of data；
Real time data detection module receives the electric current of electrokinetic cell detection module, information of voltage, passes through the change of electric current output state
Change to judge the service condition of vehicle, when electric current is more than zero, then it is assumed that under steam, electric current output steadily goes to zero vehicle
When, vehicle stationary state；The real-time uploading module of data uploads number using Internet of Things and GPRS network timing to cloud service module
According to each module is respective real-time data record and uploads, and is preserved in background data base；
3）Cloud service module includes electric current real-time statistics module, battery total electricity statistical module, dump energy computing module, unit
Time energy content of battery consumption calculations module, GPRS distance statistics module, electric capacity computing module, expenses standard computing module；
Cloud service module uses electric current real-time statistics module real-time statistic analysis power battery of electric vehicle discharge scenario, preserves in real time
The current information of each electric motor car, and according to electric motor car curent change situation, judge the running situation of electric motor car, correspondence is electronic
The data of car, are stored in database；
The total electricity that electric motor car has after last time charging complete is stored in correspondence electric motor car by battery total electricity statistical module
Corresponding data field in, and according to each charging complete situation, the corresponding total electricity information at the correspondence time point of generation in real time；
Dump energy computing module is believed according to the total electricity information of the last charging complete of power battery of electric vehicle, real-time current
The relation of breath and electric current and time, which are calculated, obtains battery dump energy, and is believed by terminal phone or the displaying of computer display module
Breath；
Unit interval energy content of battery consumption calculations module is according to electric current real-time statistics module, battery total electricity statistical module and remains
The data message of remaining electricity computing module, the power consumption situation of each power battery of electric vehicle is calculated according to time change；
GPRS distance statistics module monitors route and the distance that user is travelled in real time, and user distance information transmission is marked to charge
Quasi- computing module；
Electric capacity computing module calculates the capacitance variations situation of power battery of electric vehicle during use according to information of voltage；Will
Obtained capacitance information preservation, and show that vehicle is expected charging required time completely by information display module；
Finally, when expenses standard computing module obtains all units of electric motor car according to unit interval energy content of battery consumption calculations module
Between the obtained electric motor car operating range of power consumption and GPRS distance statistics modules, charging is carried out according to the following formula：
Wherein, n is whole lease time, and W is, P is unit time power consumption, and s is operating range, and c is constant.
2. the electromobile lease time division counting method according to claim 1 based on electricity consumption situation, it is characterised in that：Constant
C values are 34。
3. the electromobile lease time division counting method according to claim 1 or 2 based on electricity consumption situation, it is characterised in that：
Electrokinetic cell state detection module includes the real-time monitoring modular of electric current and the real-time detection module of voltage；
The real-time monitoring modular of electric current detects the current information of tested power battery of electric vehicle by current sensor in real time, and will inspection
The information conversion output experienced is surveyed, is required with the transmission, processing, storage, display, record and the control that meet information；
The detection of voltage real-time detection module obtains information of voltage of the power battery of electric vehicle after each charging complete and had
Some total electricities, and examine power battery of electric vehicle with using caused electric energy attenuation, electric car is made with increasing the later stage
With the computational accuracy of period each moment dump energy；Or, by every 1,000 discharge and recharges of power battery of electric vehicle, total electricity decay
It is 90% estimation power battery of electric vehicle with using caused electric energy attenuation.
4. the electromobile lease time division counting method according to claim 3 based on electricity consumption situation, it is characterised in that：In electricity
When pond is reached compared with low battery, user's not enough power supply is reminded using battery low-electricity quantity warning module, the convenient user in driving is known
Information about power；Simultaneously when battery reaches the low battery of predetermined set, when will be automatically reminded to residue that electric car electric quantity consumption is finished
Between, and when reaching the time, shown from expected charging required time completely.
5. the electromobile lease time division counting method according to claim 3 based on electricity consumption situation, it is characterised in that：Using
Computational methods based on electric capacity and charging current, obtain being expected the required charging complete time, and have been charged in real time needed for display
Into time, facilitate user carry out charging electric car when more reasonably arrange the driving of oneself to plan；When being charged needed for battery
Between use following computational methods：
When charging current is less than or equal to the 5% of battery capacity
Charging interval（Hour）=battery capacity（mAH）× 1.6 ÷ charging currents (mA)；
Charging current is more than the 5% of battery capacity, during less than or equal to 10%：
Charging interval（Hour）=battery capacity（mAH）× 1.5 ÷ charging currents (mA)；
Charging current is more than the 10% of battery capacity, during less than or equal to 15%：
Charging interval（Hour）=battery capacity（mAH）× 1.3 ÷ charging currents（mA）；
Charging current is more than the 15% of battery capacity, during less than or equal to 20%
Charging interval（Hour）=battery capacity（mAH）× 1.2 ÷ charging currents (mA)；
When charging current is more than the 20% of battery capacity：
Charging interval（Hour）=battery capacity（mAH）× 1.1 ÷ charging currents (mA).
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107689116A (en) * | 2017-07-28 | 2018-02-13 | 浙江齐享科技有限公司 | It is a kind of to take the Moped Scooter also put to lease operation system and method without fixed |
| CN109801123A (en) * | 2017-11-17 | 2019-05-24 | 丰田自动车株式会社 | Determining rental device, setting method and system for determining rental |
| CN110203103A (en) * | 2018-02-07 | 2019-09-06 | 李伯才 | Suitable for calculating electric vehicle power management system, working method and the electric vehicle of stroke |
| CN110348913A (en) * | 2019-07-19 | 2019-10-18 | 深圳市盛维智联科技有限公司 | Rentable battery charging method, server, battery and computer readable storage medium |
| CN112937373A (en) * | 2021-03-26 | 2021-06-11 | 永安行科技股份有限公司 | Fuel consumption detection method and system for hydrogen power vehicle |
| CN114228565A (en) * | 2020-09-09 | 2022-03-25 | 光阳工业股份有限公司 | Battery of electric vehicle and battery system thereof |
Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106251499A (en) * | 2016-08-24 | 2016-12-21 | 武汉理工大学 | A kind of electric automobile timesharing based on the Internet lease platform |
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- 2017-04-05 CN CN201710216008.5A patent/CN106952150B/en active Active
Patent Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106251499A (en) * | 2016-08-24 | 2016-12-21 | 武汉理工大学 | A kind of electric automobile timesharing based on the Internet lease platform |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107689116A (en) * | 2017-07-28 | 2018-02-13 | 浙江齐享科技有限公司 | It is a kind of to take the Moped Scooter also put to lease operation system and method without fixed |
| CN109801123A (en) * | 2017-11-17 | 2019-05-24 | 丰田自动车株式会社 | Determining rental device, setting method and system for determining rental |
| CN110203103A (en) * | 2018-02-07 | 2019-09-06 | 李伯才 | Suitable for calculating electric vehicle power management system, working method and the electric vehicle of stroke |
| CN110348913A (en) * | 2019-07-19 | 2019-10-18 | 深圳市盛维智联科技有限公司 | Rentable battery charging method, server, battery and computer readable storage medium |
| CN114228565A (en) * | 2020-09-09 | 2022-03-25 | 光阳工业股份有限公司 | Battery of electric vehicle and battery system thereof |
| CN112937373A (en) * | 2021-03-26 | 2021-06-11 | 永安行科技股份有限公司 | Fuel consumption detection method and system for hydrogen power vehicle |
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| CN106952150B (en) | 2018-03-20 |
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