CN109738822A - The fault detection method of mobile power source and mobile energy networked system - Google Patents
The fault detection method of mobile power source and mobile energy networked system Download PDFInfo
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- CN109738822A CN109738822A CN201811567335.6A CN201811567335A CN109738822A CN 109738822 A CN109738822 A CN 109738822A CN 201811567335 A CN201811567335 A CN 201811567335A CN 109738822 A CN109738822 A CN 109738822A
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Abstract
This application involves technical field of solar, fault detection method and mobile energy networked system more particularly to a kind of mobile power source.Shared battery cupboard first judges the status information of the battery case, then judges the characteristic information of the mobile power source.When the battery case is in normal condition, whether judge in the characteristic information comprising number information.If not including number information, sends Fisrt fault information and be sent to cloud server.If judging whether the information about power in the characteristic information changes in preset time comprising the number information.If the information about power in the characteristic information does not change in preset time, the second fault message is sent to the cloud server.The fault detection method with different levels can detect whether the mobile power source being present in the shared battery cupboard of any position breaks down.The detection method can also determine that Fisrt fault or the second failure occur for the mobile power source.
Description
Technical field
This application involves technical field of solar, fault detection method and mobile energy more particularly to a kind of mobile power source
Networked system.
Background technique
With the rapid development of modern science and technology, people require the convenience of life also higher and higher.It comes into being
Shared this service of charging, but the user experience of shared charging is bad at present, one of them important reason be exactly can not and
When acquisition share charging equipment whether break down.In traditional technical solution, generally by battery discharge transient state mistake
DC voltage, ripple voltage in journey carry out passive detection, to judge whether battery cell is fail battery.Traditional technical side
Case needs special detection device, at high cost, can not be to the failure of battery during the operation of shared battery system
When judge.
Summary of the invention
Based on this, the fault detection method and mobile energy networked system of a kind of mobile power source itself please be provide.
A kind of fault detection method of mobile power source is suitable for shared battery cupboard, and the shared battery cupboard includes several electricity
Pond box, each battery case include: for placing a mobile power source, the fault detection method
Obtain the status information of the battery case；
Obtain the characteristic information of the mobile power source；
Judge whether the battery case is in normal condition；
Whether if judging, the battery case is in normal condition, judge comprising number information in the characteristic information, if
Do not include, then sends Fisrt fault information and be sent to cloud server；
If comprising judging whether the information about power in the characteristic information changes in preset time, if not sending out
Changing then sends the second fault message to the cloud server.
In one embodiment, the fault detection method further include:
Obtain the power supply access times in the characteristic information；
Judge whether the mobile power source access times reach period access times；
If not up to, setting the mobile power source to borrow state；
If reaching, lock state is set by the mobile power source, and sends third fault message and is taken to the cloud
Business device.
In one embodiment, it is described judge whether the mobile power source access times reach period access times before,
Further include:
Obtain the setting time of the period access times；
Judge whether the period access times reach renewal time according to the setting time of the period access times；
If reaching, request more new information is sent to the cloud server, and receive what the cloud server returned
Current period access times update the period access times saved according to current period access times.
In one embodiment, it is described judge the battery case whether in normal condition include:
Judge whether there is the mobile power source in the battery case；
If the mobile power source is not present in the battery case, judge that the battery case is in idle condition；
If judging that the battery case is in normal condition there are the mobile power source in the battery case.
In one embodiment, if there are the mobile power sources in the battery case, judge at the battery case
Include: in normal condition
If there are the mobile power sources in the battery case, judge whether the battery case is completed to initialize；
If the battery case does not complete initialization, the number information of the mobile power source is obtained and saves, by the electricity
Pond box is set as normal condition；
If initialization is completed in the battery case, judge that the battery case is in normal condition.
In one embodiment, before sending second fault message to the cloud server further include:
Obtain the characteristic information of other mobile power sources in the shared battery cupboard；
If state can be borrowed by being at least in there are two the characteristic information of mobile power source in the shared battery cupboard, second is generated
Fault message；
If other mobile power sources are in and can not borrow state in the shared battery cupboard, send the 4th fault message to
The cloud server.
A kind of mobile energy networked system, including cloud server, shared battery cupboard, user terminal and O&M terminal；
The shared battery cupboard, if including casing for dry batteries, each battery case for place a mobile power source, it is described total
Enjoy battery cupboard for obtaining the status information of the battery case and the characteristic information of the mobile energy, according to the state information
Fault message is generated with the characteristic information, the fault message is sent to cloud server；
The user terminal completes borrowing also for the mobile power source for carrying out information exchange with the cloud server
Operation, is also used to send the exception information of the shared battery cupboard to the cloud server；
The cloud server, it is whole to the O&M for generating recycling information according to the fault message or exception information
End, the recycling information are used to indicate the number information and location information of the mobile power source recycled.
In one embodiment, the shared battery cupboard further includes solar components and recycling component；
The solar components are mounted on the shell of the shared battery cupboard, for converting the solar into electric energy, and make
It is mobile power source charging with the electric energy；
The recycling component being mounted on inside the shared battery cupboard, including recovery capsule, for obtaining the cloud server
The target mobile power source is placed in by the recovery command of transmission according to the target mobile power source for including in the recovery command
In the recovery capsule.
In one embodiment, the cloud server is also used to:
Obtain the total quantity and number of faults of the mobile power source that previous cycle is launched；
The failure rate index for the mobile power source that a upper period launches was calculated according to the number of faults and the total quantity；
Obtain the average access times for the mobile power source that previous cycle breaks down；
The period use time of mobile power source current period is determined according to the failure rate index and the access times that are averaged
Number.
In one embodiment, the period access times of the mobile power source current period are indicated with X, indicate previous with T
The total quantity for the mobile power source that period launches indicates the failure sum with T1, indicates the failure rate index, a=T1/ with a
T indicates the average access times with F, then:
X=f [a, F]；
Wherein, as a < 0.00001, X=(0.0000-a) × 106×F；
As 0.00001≤a≤0.0001, X=F；
When 0.0001 < a < 0.001,
As a >=0.001, X=6000.
The application provides the fault detection method and mobile energy networked system of a kind of mobile power source.The fault detection method
First judge the status information of the battery case, then judges the characteristic information of the mobile power source.It is in normal in the battery case
When state, whether judge in the characteristic information comprising number information.If not including number information, Fisrt fault information is sent
It is sent to cloud server.If judging the information about power in the characteristic information in preset time comprising the number information
Inside whether change.If the information about power in the characteristic information does not change in preset time, the second event is sent
Hinder information to the cloud server.The fault detection method with different levels can detect and be present in the described of any position
Whether the mobile power source in shared battery cupboard breaks down.
Detailed description of the invention
Fig. 1 is the fault detection method flow chart of the mobile power source provided in the application one embodiment；
Fig. 2 is the structural schematic diagram of the mobile energy networked system provided in the application one embodiment；
Fig. 3 is the structural schematic diagram of the mobile energy networked system provided in the application one embodiment.
Drawing reference numeral explanation:
Mobile energy networked system 100
Shared battery cupboard 10
Battery case 11
Solar components 12
Recycle component 13
Cloud server 20
User terminal 30
O&M terminal 40
Specific embodiment
It is with reference to the accompanying drawings and embodiments, right in order to which the objects, technical solutions and advantages of the application are more clearly understood
The fault detection method of mobile power source provided by the present application and mobile energy networked system are further elaborated.It should manage
Solution, specific embodiment described herein are only used to explain the application, are not used to limit the application.
Referring to Fig. 1, providing a kind of fault detection method of mobile power source in one embodiment, it is suitable for shared battery
Cabinet.If the shared battery cupboard includes casing for dry batteries, each battery case is for placing a mobile power source.The fault detection
Method includes:
S100 obtains the status information of the battery case.
In this step, shared battery cupboard obtains the status information of its internal each battery case, and the status information can wrap
Include normal condition, abnormality and idle state.It is simple to understand, there is the mobile electricity in the normal condition, that is, battery case
Source, and its characteristic information can be read.There is the mobile power source in the abnormality, that is, battery case, but its feature is believed
It ceases non-readable.There is no the mobile power source in the idle state, that is, battery case, characteristic information can not be read.
S200 obtains the characteristic information of the mobile power source.
In this step, shared battery cupboard obtains the status information of each mobile power source, and the characteristic information may include institute
State in the number information of mobile power source, location information, power state information and accumulation access times any one or it is more
Kind.It may be arranged as other a variety of data informations according to the different needs characteristic informations.
S300, judges whether the battery case is in normal condition.
In this step, it shares battery cupboard and judges battery case current state, if there are the mobile electricity in the battery case
Source then judges that the battery case is in normal condition.If the mobile power source is not present in the battery case, the electricity is judged
Pond box is in idle condition.Specifically, can judge the battery by the product serial code of mobile power source described in each
It whether there is the mobile power source in box.More specifically, in practical applications, can by weight sensor, pressure sensor,
Whether infrared sensor or sonic sensor have the mobile power source to determine and detect in the battery case.It is passed using weight
When sensor detects the work of battery case, one weight sensor can be set in each battery case bottom, pass through sense weight
Variation is to determine in the battery case whether there is mobile power source；When using the work of pressure sensor detection battery case, Ke Yi
One pressure sensor is set in each battery case, and whether determined in the battery case by detecting the variation of pressure has mobile electricity
Source；Infrared ray or ultrasound can be used when using infrared sensor perhaps state of the sonic sensor to detect battery case
Wave is realized.
Whether S400, if judging, the battery case is in normal condition, judge in the characteristic information comprising number letter
Breath, if not including, sends Fisrt fault information and is sent to cloud server.
The Fisrt fault information, which can be not obtaining, is present in the mobile power source present in the battery case
Number information.The number information can be product ID, machine code, authentication code, application for registration code.For example, the number
Information can be identified with SN code.SN code is the abbreviation of Serial Number, that is, product ID.Product ID be for
Verifying " legal identity of product " and the concept introduced, it is the legal equity for ensureing user, enjoys legal clothes
A kind of mark number of business.The product of a set of legal copy only corresponds to a set product sequence number.Reading is stored in the shared battery cupboard
Software is numbered by the SN that customized hardware interface software reads each mobile power source.If read less than the shared electricity
Pond cabinet just sends Fisrt fault information and is sent to the cloud server.
S500, if comprising, judge whether the information about power in the characteristic information changes in preset time, if
It does not change, then sends the second fault message to the cloud server.
In this step, shared battery cupboard can also include the characteristic information according to the mobile power source in preset time
Whether the electricity of interior growth meets certain numerical value, to judge whether the mobile power source occurs the second failure, and it is former by second
Barrier information is sent to the cloud server.In this step, judge the information about power in the characteristic information in preset time
It does not change, then second fault message is sent to the cloud server.Second fault message is the shifting
Dynamic power supply can not achieve charge/discharge.
In the present embodiment, shared battery cupboard passes through the status information for first judging the battery case, then judges the mobile electricity
The characteristic information in source.When the battery case is in normal condition, whether judge in the characteristic information comprising number information.If
Not comprising number information, then sends Fisrt fault information and be sent to cloud server.If judging institute comprising the number information
State whether the information about power in characteristic information changes in preset time.If the information about power in the characteristic information is pre-
It sets in the time and does not change, then send the second fault message to the cloud server.The shifting provided in the present embodiment
The fault detection method of dynamic power supply with different levels can detect the shifting being present in the shared battery cupboard of any position
Whether dynamic power supply breaks down.The method provided in the present embodiment can also determine that Fisrt fault occurs for the mobile power source still
Second failure.The method can be detected under the idle state of the mobile power source mobile power source whether failure, and can be with
Immediately judge the fault type of mobile power source.In a particular application, share battery cupboard by it is wired or wirelessly with institute
It states cloud server and carries out information exchange.
In one embodiment, the fault detection method further include:
S210 obtains the power supply access times in the characteristic information.
In this step, the power supply access times are the accumulation access times of the mobile power source.In one embodiment,
Charging can be set, power supply access times are once added one, electric discharge primary power source access times add one.In another embodiment,
Charging can be set once and discharge once, power supply access times are added one.In another embodiment, it can only be arranged and put
Power supply access times are once just added one by electricity.
S310, judges whether the mobile power source access times reach period access times.
In this step, judge that mobile power source access times can prejudge the service life of the mobile power source, in the shifting
There is no can distinguishing whether the mobile power source is that can borrow by the status information under the premise of emergency for dynamic power supply
State.
S410 sets the mobile power source to if the mobile power source access times are not up to period access times
State can be borrowed.
It, will if the shared battery cupboard judges that mobile power source access times are not up to period access times in this step
Its internal locking device is set off (i.e. locking device is in the state for not locking mobile power source), and user is made
Information exchange is carried out with the user terminal and cloud server for being equipped with APP, carries out loan operation.
The mobile power source is set as locking by S510 if the mobile power source access times reach period access times
Determine state, and sends third fault message to the cloud server.
In this step, if the shared battery cupboard judges that the access times of mobile power source reach period access times, inciting somebody to action
Its internal locking device is set as opening (i.e. locking device is in the state for locking mobile power source), and sends out to cloud server
Locking information is sent, for prompting the current mobile power source of cloud server that can not carry out loan operation.If cloud server determines
The mobile power source is lock state, it is locked can to show the mobile power source in user terminal, or carry out leasing behaviour in user
When making, the mobile power source is not lent, and push relevant information in user terminal, for prompting user's mobile power source that can not carry out
Loan operation.Third failure described in this step is the fault message of anticipation property, i.e., the described mobile power source access times reach week
Phase access times then judge that the mobile power source may have failure in advance.
In the present embodiment, cloud server is pushed in next period in each period to different shared battery cupboards, should
The access times of each mobile power source in shared battery cupboard.Shared battery cupboard receives the period access times that cloud server is sent,
And using the period access times as the access times of its internal mobile power source placed.By judging mobile power source access times
The service life of the mobile power source can be prejudged.In the mobile power source there is no under the premise of emergency, Ke Yitong
It crosses the status information and distinguishes whether the mobile power source is that can borrow state.It, can be to avoid the mobile power source in the present embodiment
A charging tasks are unable to complete, the state of the shared battery cupboard is still that can borrow state, wastes user time.This reality
Applying the fail battery detection method provided in example can save the time, improve the satisfaction that user uses the shared battery cupboard.
In the present embodiment, the determination of the period access times is very crucial, if excessive, the nothing of period access times setting
Help promote user experience, if period access times setting is too small, will increase system operation cost.The present embodiment
In by the setting time of the period access times to determine whether reaching renewal time.For example, the big number in cloud can be passed through
According to the setting time for calculating the period access times in the N number of moon, the value of current period is according to the reality of a upper calculating cycle
Data are calculated.
In one embodiment, the fail battery detection method can also include that the electricity of the setting mobile power source is
It is no to be greater than first threshold, state can be borrowed to judge whether the mobile power source is in.Such as the first threshold can be 50%,
70%, 80% or 90%.In the case where environment temperature is lower than 5 DEG C, the first threshold is set as 50%.In environment temperature
The first threshold can be set to 80% in the case where higher than 5 DEG C.When the mobile power source, which is in, to borrow state, Yong Hucai
The borrow to the mobile power source can be realized by terminal.
In one embodiment, it is described judge whether the mobile power source access times reach period access times before,
Further include:
Obtain the setting time of the period access times.
Specifically, it shares battery cupboard and receives the period access times that cloud server is sent according to each time interval, and
The access times of its internal each mobile power source are updated with this.Such as shared battery cupboard was every 30 days weeks of the reception from cloud server
Phase access times, and record the time this time updated.
Judge whether the period access times reach renewal time according to the setting time of the period access times.If
The time of the period access times reaches renewal time, then sends request more new information to the cloud server, and receive
The current period access times that the cloud server returns.Made according to the period that current period access times update preservation
With number, to be used in next period as setting time.
Specifically, it shares battery cupboard and periodically receives the period access times of cloud server transmission, and be arranged with this
The access times of its internal mobile power source.Shared battery cupboard periodically can also send request to cloud server and update letter
Breath, the request more new information is for prompting cloud server to send newest period access times.
In the present embodiment, in order to promote user experience, appearance when not being available or being also electric occur in the battery borrowed is reduced
Fail, can set or change the setting time of the period access times in the cloud server.Specifically, when described
The time of period access times reaches renewal time, then updates simultaneously retention cycle access times.The period access times can be with
It is configured with reference to the data in previous or preceding several periods.The update provided in the present embodiment the period access times
Method can make the fault detection method more rapidly, it is more intelligent.
In one embodiment, it is described judge the battery case whether in normal condition include:
Judge whether there is the mobile power source in the battery case.If there is no the mobile electricity in the battery case
Source then judges that the battery case is in idle condition.If there are the mobile power sources in the battery case, the battery is judged
Box is in normal condition.
When leaving the factory, battery case described in each of described shared battery cupboard is in idle condition, i.e., the described battery case
In there is no the mobile power source.After the mobile power source is thrown to each described battery case, the battery case is in
Normal condition.(mobile power source is lent) after user borrows electricity, the battery case enters idle state.When user's also electricity
After (giving back the mobile power source), the battery case enters normal condition again.
In the present embodiment, it can be read by the timing of the structures such as the program or the sensor that are set to the cloud server
The characteristic information of the mobile power source.In the present embodiment, increases and sentence if the mobile power source is not present in the battery case
The Rule of judgment that the battery case that breaks is in idle condition, can be more accurately by there is no the mobile electricity in the battery case
Two kinds for there is the mobile power source of the reading less than characteristic information in source and the battery case distinguish.For two kinds of failures
Information enters different processing movements, processing movement may include recycle the mobile power source, the replacement mobile power source or
Repair the mobile power source.
In one embodiment, if there are the mobile power sources in the battery case, judge at the battery case
Include: in normal condition
If there are the mobile power sources in the battery case, judge whether the battery case is completed to initialize.If described
Battery case does not complete initialization, then obtains and save the number information of the mobile power source, set normal for the battery case
State.If initialization is completed in the battery case, judge that the battery case is in normal condition.
In this implementation, when judging that the battery case is in normal condition, the battery case is initialized.It is described first
The step of beginningization includes the number information for obtaining and saving the mobile power source.The step of initialization can also include obtaining
And save the location information of the mobile power source.The step of initialization can also include obtaining and saving the mobile power source
Power state information.
In one embodiment, before sending second fault message to the cloud server further include:
Obtain the characteristic information of other mobile power sources in the shared battery cupboard.If at least two in the shared battery cupboard
The characteristic information of a mobile power source, which is in, can borrow state, then generates the second fault message.If other in the shared battery cupboard
Mobile power source, which is in, can not borrow state, then sends the 4th fault message to the cloud server.
The status information can also include that can borrow state, lock state, can not borrow state.If the mobile power source uses
Number is not up to period access times or the electricity satisfaction of mobile power source lends condition, then setting the mobile power source to can
By means of state.If the access times of the mobile power source reach period access times, locking shape is set by the mobile power source
State.If it is abnormal to there is charging in the battery case, it can not charge to mobile power source and the electricity of mobile power source is unsatisfactory for out receipt
Part, then state can not be borrowed by judging that the battery case is in.Specifically, if when shared battery cupboard judges that other mobile power sources are located
In state can not be borrowed, then judges that charging is abnormal, can not charge to mobile power source, further, in this embodiment, work as movement
When power supply is given back, shared battery cupboard is defaulted as mobile power source charging, when in the time interval, detecting the electricity of mobile power source not
Change, then set the mobile power source to that state can not be borrowed, when the single mobile power source in battery cupboard occur it is abnormal, other
When mobile power source is normal, determine that shared battery cupboard charge function is normal；When all mobile power sources in shared battery cupboard are in
Because electricity is unable to satisfy when can not borrow state of the condition of lending, it is determined that charge function is abnormal, shares battery cupboard at this time and sends
4th fault message gives O&M terminal to cloud server, to indicate that the cloud server sends maintenance information.
In this step, the formation condition of the second fault message and the 4th fault message has been distinguished.In the shared battery cupboard
In at least there are two mobile power source characteristic information be in can borrow state, then generate the second fault message.In the shared battery
Other mobile power sources, which are in, in cabinet can not borrow state, at this time may be the electric system paralysis of the entire shared battery cupboard,
Then generate the 4th fault message.In the present embodiment, the second failure letter in the fail battery detection method has been further discriminated between
Breath and the 4th fault message.Further classify to the fault message of the mobile power source and helps to improve the fail battery detection
The detection efficiency of method increases the user experience using mobile energy networked system.For second fault message and the 4th event
The differentiation of barrier information can also avoid the unnecessary operation of the O&M terminal.
Referring to Fig. 2, providing a kind of mobile energy networked system 100 in one embodiment of the application.The movement energy
Networked system 100 is similar to Internet of things system.As shown in Fig. 2, the mobile energy networked system 100 may include the shared battery
Cabinet 10 (headend equipment), cloud server 20 (Complex Control Center), user terminal 30 and O&M terminal 40.Pass through the cloud
Server 20 realizes that the shared battery cupboard 10 is the services such as the user terminal 30 provides charging, battery is leased.
If the shared battery cupboard 10 includes casing for dry batteries 11.Each battery case 11 is for placing a mobile power source.
The shared battery cupboard 10 is used to obtain the status information of the battery case 11 and the characteristic information of the mobile energy.According to institute
It states status information and the characteristic information generates fault message, and the fault message is sent to cloud server 20.
The user terminal 30 is used to carry out information exchange with the cloud server 20, completes borrowing for the mobile power source
Also operate.The user terminal 30 is also used to send the exception information of the shared battery cupboard 10 to the cloud server 20.
Specifically, the user terminal 30 receives user to the photographing operation of abnormal conditions, the photo taken pictures or the information filled in are made
The cloud server 20 is given for exception information.
The cloud server 20 is used to generate recycling information to the O&M according to the fault message or exception information
Terminal 40.The recycling information is used to indicate the number information and location information of the mobile power source recycled.
In the present embodiment, provide it is a kind of it is mobile can networked system 100 include that the shared battery cupboard 10, the cloud take
Business device 20, the user terminal 30, the O&M terminal 40.The shared battery cupboard 10 obtains its internal each battery case
11 status information.The shared battery cupboard 10 judges the current state of battery case 11, if existing in the battery case 11 described
Mobile power source, then the battery case 11 is in normal condition.If the battery case 11 is in normal condition, the shared battery
Whether cabinet 10 obtains the status information of each mobile power source, and judge in the characteristic information comprising number information.If the spy
Number information is not included in reference breath, then the shared battery cupboard 10 sends Fisrt fault information and is sent to the cloud server
20.If including number information in the characteristic information, the shared battery cupboard 10 further judges in the characteristic information
Whether information about power changes in preset time.If the information about power in preset time in the characteristic information does not occur
Variation, then send the second fault message to the cloud server 20.
In the present embodiment, the shared battery cupboard 10 can also include being existed according to the characteristic information of the mobile power source
Whether the electricity increased in preset time meets certain numerical value, to judge whether the mobile power source occurs the second failure, and
Second fault message is sent to the cloud server 20.
The mobile energy networked system 100 provided in the present embodiment, which with different levels can detect, is present in any position
Whether the mobile power source in the shared battery cupboard 10 breaks down, and can also determine that the first event occurs for the mobile power source
Barrier or the second failure.The mobile energy networked system 100 can detect movement under the idle state of the mobile power source
Power supply whether failure, and can judge fault type immediately.
Referring to Fig. 3, in one embodiment, the shared battery cupboard 10 further includes solar components 12 and recycling component
13。
The solar components 12 are mounted on the shell of the shared battery cupboard 10, for converting the solar into electric energy,
And using the electric energy is mobile power source charging.The recycling component 13 may be mounted in the shared battery cupboard 10
Portion.The recycling component 13 may include recovery capsule.The recovery capsule is used for the recycling sent according to the cloud server 20
Instruction execution reclaimer operation.More specifically, according to the target mobile power source for including in the recovery command, the target is mobile
Power supply is placed in the recovery capsule.
In the present embodiment, the recycling component 13 may include entrance, baffle, slideway and recovery capsule.The baffle plate setting
In an entrance of the shared battery cupboard 10.And the baffle can only be beaten towards the inside of the shared battery cupboard 10
It opens, the mobile power source for avoiding the need for recycling is obtained by irrelevant personnel.The mobile power source that user can be recycled with needs
The baffle is pushed away to come, slides into the slideway.The terminal of the slideway is the recovery capsule.It is placed in the recovery capsule
The mobile power source of needs recycling have operation maintenance personnel and carry out unified recycling.
In one embodiment, the cloud server 20 is also used to: obtaining the total of the mobile power source that previous cycle is launched
Quantity and number of faults.The failure rate for the mobile power source that a upper period launches was calculated according to the number of faults and the total quantity
Index.Obtain the average access times for the mobile power source that previous cycle breaks down.According to the failure rate index and described flat
Equal access times determine the period access times of mobile power source current period.
In the present embodiment, the big data that preceding cycles can be used in the cloud server 20 is calculated.According to described
Total quantity, number of faults, the failure rate of mobile battery described in the available preceding cycles use process of cloud server 20 refer to
Be marked with and be averaged access times.If the failure rate refers to that target value is bigger, user satisfaction is lower, the failure rate index
Value it is smaller, then user satisfaction is higher.In the present embodiment, if the data of a preceding cycles are not accurate enough, it can also set
The data in aforementioned 3 periods or aforementioned 5 periods are set to calculate average access times and the failure rate index.This implementation
In example, the cloud server 20 can calculate average access times and the failure rate index by accurate method.
In one embodiment, the period access times of the mobile power source current period are indicated with X, indicate previous with T
The total quantity for the mobile power source that period launches indicates the failure sum with T1, indicates the failure rate index, a=T1/ with a
T indicates the average access times with F, then:
X=f [a, F]；
Wherein, as a < 0.00001, X=(0.0000-a) × 106×F；
As 0.00001≤a≤0.0001, X=F；
When 0.0001 < a < 0.001,
As a >=0.001, X=6000.
In the present embodiment, as a >=0.001, the period access times X of the mobile power source current period can also be taken
Any positive integer between 5000 to 8000.In addition, the function of the period access times X of mobile power source current period described above
Basis is divided, the failure rate index a's is set as 0.00001,0.0001 and 0.001 at present, and the failure rate index a may be used also
It is not unique herein to limit to be changed to other numerical value.
The mobile energy networked system 100 provided in the present embodiment utilizes above-mentioned hardware without dedicated detection device
Combination and above-mentioned mobile power source fault detection method, the shared battery cupboard 10 operation during, immediately judgement electricity
The failure in pond.By the information reporting of fail battery to cloud server, maintenance personnel can quickly position recycling using APP.Institute
Stating movement energy networked system 100 can also be excavated using big data (according to the total quantity of the mobile power source of previous cycle dispensing, event
Barrier quantity, the failure rate of mobile power source and average access times) determine the period access times of the mobile power source battery,
To promote user experience while saving system use cost.
In above-described embodiment provided by the present application, shares battery cupboard and execute the status information for obtaining battery case and mobile electricity
The characteristic information in source, and breakdown judge is carried out according to the characteristic information of the status information of the battery case and mobile power source, and will be former
The step of barrier information is sent to cloud server, cloud server, which is only executed, pushes relevant prompt letter according to the fault message
The operation to O&M terminal or user terminal is ceased, which includes that operation maintenance personnel maintenance or recycling is prompted to break down
The recycling information of mobile power source, the mobile power source to be leased with may include prompt user break down, can not carry out leasing behaviour
The prompt information of work.In actual application, share battery cupboard send fault message include the mobile power source to break down,
Battery case number locating for the location information of shared battery cupboard, the mobile power source of current failure information etc., cloud server
According to the fault message determine failure mobile power source position and locating battery case.In other examples, may be used
The status information of battery case and the characteristic information of mobile power source are only obtained to be set as shared battery cupboard, passes through wired or nothing
The characteristic information of the status information of the battery case and mobile power source is sent to cloud server by the mode of line, and cloud server is held
The relevant judgment step of row, to obtain the real-time status of mobile power source, the real-time status is including that can borrow state or can not borrow shape
State etc..Step shown in FIG. 1 can be implemented separately in shared battery cupboard i.e. in the application, be also possible to shared battery cupboard and cloud
Server executes step shown in FIG. 1 jointly.
It should be noted that only detail how to judge the fault condition of mobile power source in the application,
How the user being directed to carries out the loan operation of mobile power source by user terminal, and how cloud server is according to user's
Operation executes and lends or forbid the operation lent, calculate and deduct fees, how to carry out data update etc., and how operation maintenance personnel leads to
The prompt information that O&M terminal is shown is crossed, is repaired or recycle not in the range of the application discusses.
The embodiment of the invention also provides a kind of shared battery cupboards, including memory, processor and storage are on a memory
And the computer program run on a processor realizes mobile power source as shown in Figure 1 when processor executes computer program
Each step in fault detection method.
A kind of readable storage medium storing program for executing is also provided in the embodiment of the present invention, is stored thereon with computer program, the computer
When program is executed by processor, each step in the fault detection method of mobile power source as shown in Figure 1 is realized.
It, can also be in addition, each functional module in each embodiment of the present invention can integrate in a processing module
It is that modules physically exist alone, can also be integrated in two or more modules in a module.Above-mentioned integrated mould
Block both can take the form of hardware realization, can also be realized in the form of software function module.
If the integrated module is realized in the form of software function module and sells or use as independent product
When, it can store in a computer readable storage medium.Based on this understanding, technical solution of the present invention is substantially
The all or part of the part that contributes to existing technology or the technical solution can be in the form of software products in other words
It embodies, which is stored in a storage medium, including some instructions are used so that a computer
Equipment (can be personal computer, server or the network equipment etc.) executes the complete of each embodiment the method for the present invention
Portion or part steps.And storage medium above-mentioned includes: USB flash disk, mobile hard disk, read-only memory (ROM, Read-Only
Memory), random access memory (RAM, Random Access Memory), magnetic or disk etc. are various can store journey
The medium of sequence code.
Each technical characteristic of embodiment described above can be combined arbitrarily, for simplicity of description, not to above-mentioned reality
It applies all possible combination of each technical characteristic in example to be all described, as long as however, the combination of these technical characteristics is not deposited
In contradiction, all should be considered as described in this specification.
The several embodiments of the application above described embodiment only expresses, the description thereof is more specific and detailed, but simultaneously
It cannot therefore be construed as limiting the scope of the patent.It should be pointed out that coming for those of ordinary skill in the art
It says, without departing from the concept of this application, various modifications and improvements can be made, these belong to the protection of the application
Range.Therefore, the scope of protection shall be subject to the appended claims for the application patent.
Claims (10)
1. a kind of fault detection method of mobile power source, which is characterized in that be suitable for shared battery cupboard, the shared battery cupboard packet
If including casing for dry batteries, each battery case includes: for placing a mobile power source, the fault detection method
Obtain the status information of the battery case；
Obtain the characteristic information of the mobile power source；
Judge whether the battery case is in normal condition；
Whether if judging, the battery case is in normal condition, judge comprising number information in the characteristic information, if not wrapping
Contain, then sends Fisrt fault information and be sent to cloud server；
If comprising judging whether the information about power in the characteristic information changes in preset time, if not becoming
Change, then sends the second fault message to the cloud server.
2. fault detection method as described in claim 1, which is characterized in that the fault detection method further include:
Obtain the power supply access times in the characteristic information；
Judge whether the mobile power source access times reach period access times；
If not up to, setting the mobile power source to borrow state；
If reaching, lock state is set by the mobile power source, and sends third fault message to the cloud server.
3. fault detection method as claimed in claim 2, which is characterized in that described to judge that the mobile power source access times are
It is no reach period access times before, further includes:
Obtain the setting time of the period access times；
Judge whether the period access times reach renewal time according to the setting time of the period access times；
If reaching, request more new information is sent to the cloud server, and receives the current of the cloud server return
Period access times, the period access times saved are updated according to current period access times.
4. fault detection method as described in claim 1, which is characterized in that described to judge whether the battery case is in normal
State includes:
Judge whether there is the mobile power source in the battery case；
If the mobile power source is not present in the battery case, judge that the battery case is in idle condition；
If judging that the battery case is in normal condition there are the mobile power source in the battery case.
5. fault detection method as claimed in claim 4, which is characterized in that if there are the movements in the battery case
Power supply then judges that the battery case includes: in normal condition
If there are the mobile power sources in the battery case, judge whether the battery case is completed to initialize；
If the battery case does not complete initialization, the number information of the mobile power source is obtained and saves, by the battery case
It is set as normal condition；
If initialization is completed in the battery case, judge that the battery case is in normal condition.
6. fault detection method as described in claim 1, which is characterized in that send second fault message to the cloud
Before server further include:
Obtain the characteristic information of other mobile power sources in the shared battery cupboard；
If state can be borrowed by being at least in there are two the characteristic information of mobile power source in the shared battery cupboard, the second failure is generated
Information；
If other mobile power sources, which are in, in the shared battery cupboard can not borrow state, the 4th fault message is sent to described
Cloud server.
7. a kind of mobile energy networked system, which is characterized in that including cloud server, shared battery cupboard, user terminal and O&M
Terminal；
The shared battery cupboard, if including casing for dry batteries, each battery case for place a mobile power source, the shared electricity
Pond cabinet is used to obtain the status information of the battery case and the characteristic information of the mobile energy, according to the state information and institute
It states characteristic information and generates fault message, the fault message is sent to cloud server；
The user terminal is used to carry out information exchange with the cloud server, completes borrowing for the mobile power source and also operates,
It is also used to send the exception information of the shared battery cupboard to the cloud server；
The cloud server, for giving the O&M terminal according to the fault message or exception information generation recycling information,
The recycling information is used to indicate the number information and location information of the mobile power source recycled.
8. mobile energy networked system as claimed in claim 7, which is characterized in that the shared battery cupboard further includes solar energy group
Part and recycling component；
The solar components are mounted on the shell of the shared battery cupboard, for converting the solar into electric energy, and use institute
Electric energy is stated as mobile power source charging；
The recycling component being mounted on inside the shared battery cupboard, including recovery capsule are sent for obtaining the cloud server
Recovery command the target mobile power source is placed in described according to the target mobile power source for including in the recovery command
In recovery capsule.
9. mobile energy networked system as claimed in claim 7, which is characterized in that the cloud server is also used to:
Obtain the total quantity and number of faults of the mobile power source that previous cycle is launched；
The failure rate index for the mobile power source that a upper period launches was calculated according to the number of faults and the total quantity；
Obtain the average access times for the mobile power source that previous cycle breaks down；
The period access times of mobile power source current period are determined according to the failure rate index and the average access times.
10. mobile energy networked system as claimed in claim 9, which is characterized in that indicate the mobile power source current period with X
Period access times, the total quantity for the mobile power source that previous cycle is launched is indicated with T, indicates that the failure is total with T1, with a
Indicate the failure rate index, a=T1/T indicates the average access times with F, then:
X=f [a, F]；
Wherein, as a < 0.00001, X=(0.0000-a) × 106×F；
As 0.00001≤a≤0.0001, X=F；
When 0.0001 < a < 0.001,
As a >=0.001, X=6000.
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