CN108490358A - Battery remote monitoring system and method - Google Patents
Battery remote monitoring system and method Download PDFInfo
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- CN108490358A CN108490358A CN201810213626.9A CN201810213626A CN108490358A CN 108490358 A CN108490358 A CN 108490358A CN 201810213626 A CN201810213626 A CN 201810213626A CN 108490358 A CN108490358 A CN 108490358A
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01R—MEASURING ELECTRIC VARIABLES; MEASURING MAGNETIC VARIABLES
- G01R31/00—Arrangements for testing electric properties; Arrangements for locating electric faults; Arrangements for electrical testing characterised by what is being tested not provided for elsewhere
- G01R31/36—Arrangements for testing, measuring or monitoring the electrical condition of accumulators or electric batteries, e.g. capacity or state of charge [SoC]
- G01R31/3644—Constructional arrangements
- G01R31/3648—Constructional arrangements comprising digital calculation means, e.g. for performing an algorithm
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Abstract
A kind of battery remote monitoring system and method, are related to field of communication technology, system therein includes:Harvester for the operation data for acquiring battery in real time;Centralised arrangement for the operation data for summarizing battery;Communication device for the operation data for forwarding battery;The server of operation data and transmission alarm notification for analyzing battery;And the monitor terminal for outputting alarm notice;Wherein, multiple harvesters are corresponded with multiple batteries and multiple harvesters are connected on centralised arrangement, and centralised arrangement passes through data line connecting communication device.Above-mentioned battery remote monitoring system and method reduce monitoring cost, it can be achieved that battery remote monitoring.
Description
Technical field
This application involves field of communication technology more particularly to a kind of battery remote monitoring system and methods.
Background technology
Currently, photovoltaic base station, communication base station, communication power supply, UPS(UPS:Uninterruptable Power Supply,
Uninterruptible power supply), electric vehicle, energy-accumulating power station etc., all largely use accumulator as backup power supply.And presently, there are it is a large amount of
Data center module burst explosion and fire event, to find out its cause, wherein most is all because accumulator breaks down and causes.Its source
Head is exactly that user does not know the current health status of accumulator at all, to lack necessary maintenance measure.In actual life,
Be likely to for no other reason than that it is hundreds of section accumulator in a section break down, but due to the batteries for a long time do not replaced,
So as to cause the damage of whole group battery, and then lead to the generation of explosion accident.It therefore, must can not to the real time monitoring of accumulator
It is few.
Now, some large enterprises, large data center, base station etc. can all have a set of perfect local monitoring system to avoid class
Like the generation of accident.However, similar accident still occurs often, reason is that existing monitoring system is with high costs.It is existing
Monitoring of the monitoring method for accumulator, still cannot achieve remote mobile, need uninterrupted artificial nurse in 24 hours, O&M at
This is quite high, time-consuming and laborious.Moreover, because some operation maintenance personnels is unprofessional, potential risks can not be determined at all, from
And cause tragic incident.And for small business and some personal users, face high monitoring cost, it is likely that be exactly
Without any surveillance and control measure, so tragic incident is frequent.
Invention content
A kind of battery remote monitoring system of the embodiment of the present application offer and method, for realizing the remote mobile of battery cell monitoring
Change, reduces monitoring cost.
On the one hand the embodiment of the present application provides a kind of battery remote monitoring system, including:Harvester, leads to centralised arrangement
Interrogate device, server and monitor terminal;
The harvester is corresponded with battery and is connected on the centralised arrangement, for acquiring the battery in real time
Operation data, and the operation data of the battery of acquisition is sent to the centralised arrangement;
The centralised arrangement connects the communication device by data line, for passing through the operation data of the battery
The communication device is sent to the server;
The server for the operation data of the battery to be associated with the communication device, and incidence relation is stored in
In database, whether the operation data for being additionally operable to analyze the battery is abnormal, and in the operation data exception of the battery, presses
According to preset alarm mode, the monitor terminal bound to the communication device sends alarm notification;
The monitor terminal, for exporting the alarm notification.
On the other hand the embodiment of the present application also provides a kind of battery long-distance monitoring method, including:
Server obtains the operation data of the battery for the harvester acquisition that communication device is sent;
The operation data of the battery is associated with by the server with the communication device, and incidence relation is stored in database
In;
Whether the operation data of battery described in the server analysis is abnormal;
If abnormal, for the server according to preset alarm mode, the monitor terminal bound to the communication device sends announcement
Alert notice, so that the monitor terminal exports the alarm notification.
The various embodiments described above, by using the operation data for acquiring battery in real time with the one-to-one harvester of battery,
And the operation data is transmitted to by server via communication device by centralised arrangement, then, server to the operation data into
Row analysis, and in the operation data exception, the monitor terminal bound to communication device sends alarm notification, realizes full-automatic
Change movably battery remote monitoring, significantly reduces monitoring cost.
Description of the drawings
Fig. 1 is the structural schematic diagram for the battery remote monitoring system that one embodiment of the application provides.
Fig. 2 is the implementation process schematic diagram for the battery long-distance monitoring method that one embodiment of the application provides.
Fig. 3 is the implementation process schematic diagram for the battery long-distance monitoring method that another embodiment of the application provides.
Specific implementation mode
To enable present invention purpose, feature, advantage more apparent and understandable, below in conjunction with the application
Attached drawing in embodiment, technical solutions in the embodiments of the present application are clearly and completely described, it is clear that described reality
It is only some embodiments of the present application to apply example, and not all embodiments.Based on the embodiment in the application, people in the art
The every other embodiment that member is obtained without making creative work, shall fall in the protection scope of this application.
Referring to Fig. 1, the structural schematic diagram of the battery remote monitoring system provided for one embodiment of the application.Such as Fig. 1 institutes
Show, which includes:Harvester 100, centralised arrangement 200, communication device 300, server 400 and monitor terminal 500.
Optionally, harvester 100 can be, but not limited to include:Voltage detector, temperature sensor, internal resistance detection device with
And capacity check device etc..Communication device 300 for example can be the communication cloud-in-the-box for data forwarding.Centralised arrangement 200 is for example
Can be converted to the target gathered data of type needed for server analysis for data summarization, by acquired original data and incite somebody to action
Target gathered data is encapsulated as the concentration box of the data packet of default communications protocol.Monitor terminal 500 can be, but not limited to:Intelligence
The mobile terminals such as energy mobile phone, tablet computer, laptop computer and other non-computers that can carry out data processing on the move are whole
End, such as PC.
Harvester 100 is corresponded with battery and is connected on centralised arrangement 200, for acquiring the battery in real time
Operation data, and the operation data of the battery of acquisition is sent to centralised arrangement 200.
As shown in Figure 1, a harvester 100 corresponds to a battery, all harvesters 100 are connected to the same collection
On middle device 200.Optionally, can multiple centralised arrangements 200 be set at a monitoring point, each centralised arrangement 200 connects one
All harvesters 100 in set.The set can be divided according to working region or battery pack, i.e. the set and workspace
Domain or battery pack correspond.The same set, such as:The same battery pack, the same workshop, same base station etc..Often
There are one the ID for its identity of unique mark for a battery tool(IDentity, identification information), such as unique sequence numbers.Battery
Operation data include:The operating parameter and operating status of battery.The operating parameter of wherein battery can be, but not limited to:Electricity
Voltage, temperature and the internal resistance in pond etc..The operating status of battery can be, but not limited to:Charged state, discharge condition and
Remaining capacity etc..Further, the ID of the corresponding battery and ID of corresponding harvester is may also include in the operation data of battery,
Subsequently when analyzing battery operation exception, to determine it is that exception has occurred in which battery according to above-mentioned ID, alternatively, which is
Failure has occurred in a harvester.
Centralised arrangement 200, by data line connecting communication device 300, for passing through the operation data of the battery
Communication device 300 is sent to server 400.
Communication device 300 is connect for establishing both-way communication with server 400.Optionally, more than 300 server of communication device
400 establish TCP(Transmission Control Protocol, transmission control protocol)Long connection.Optionally, data transmission
Line for example can be USB(Universal Serial Bus, universal serial bus)Data line, parallel data transmission mode data
Line etc..The network type that communication device 300 is connect with server 400 can be Ethernet, Wifi, GPRS, 2G, 3G or 4G
Mode etc., the present embodiment are not specifically limited.
Server 400 for the operation data of the battery to be associated with communication device 300, and incidence relation is stored in
In database, whether the operation data for being additionally operable to analyze the battery is abnormal, and in the operation data exception of the battery, according to pre-
The alarm mode set, the monitor terminal bound to communication device 300 send alarm notification.
Monitor terminal 500, for exporting the alarm notification.
Specifically, communication device 300 has the ID of its identity of unique mark.Server 400 is according to communication device 300
Communication device 300 is uploaded the real-time running data and communication device 300 of the battery that the acquisition module 100 to come up is acquired by ID
It is associated, and obtained incidence relation is saved in database in case subsequent analysis and inquiry.Meanwhile server 400 is analyzed
Whether the operation data of battery meets preset alarm conditions, if whether operating parameter is more or less than preset alarm threshold,
If meeting preset alarm conditions, operation data exception is judged, according to preset alarm mode, bound to communication device 300
Monitor terminal send alarm notification.Preset alarm mode can be, but not limited to:Send APP PUSH messages, short message, postal
Part, Advise By Wire etc..
Further, server 400 are additionally operable to establish after data transmission connect with communication device 300, in the data
The response message whether communication device 300 all returns to the corresponding configuration successful of all configuration orders is inquired in library, if not all
It returns, then server 400 leads to the configuration order for the response message for not returning to corresponding configuration successful according to preset sequence one by one
Cross communication device 300 and be transmitted to centralised arrangement 200, centralised arrangement 200 connects harvester 100, and if all return,
Confirmation has sent all configuration orders, and acquisition is transmitted to centralised arrangement 200 by communication device 300;
Centralised arrangement 200, is additionally operable to according to the configuration order, executes configuration operation, and by communication device 300 to server
400 return to the response message of configuration successful, so that server 400 sends next configuration order;
Server 400 is additionally operable to the response message, the unique identity information of communication device 300 and the response message
Correspondence between corresponding configuration order is stored in the database, and when having sent all configuration orders, is passed through
Acquisition is transmitted to centralised arrangement 200 by communication device 300;
Centralised arrangement 200, is additionally operable to according to the acquisition, and harvester is sent to server 400 by communication device 300
The operation data of the battery of 100 acquisitions.
Further, which includes self-test order.Centralised arrangement 200 is additionally operable to, according to the self-test order, search
The harvester that centralised arrangement 200 connects, obtains the unique identity information of the harvester of the connection, and having searched
When having the harvester of the connection, the unique identity information of all harvesters being connect with oneself searched is preserved.
It should be understood that centralised arrangement 200 it is to be understood that oneself connection each acquisition module ID and be stored to corresponding
Register in, to identify which block battery is the operation data of the battery of acquisition belong to, acquired by which acquisition module.Tool
Body, self-test order includes:Start to search for address command, whether search for completion order and search for and complete to preserve order.Wherein,
Start to search for address command, for instructing centralised arrangement 200 to start to search for the ID, the ID of each acquisition module of each acquisition module
Corresponding each batteries.Whether order is completed in search, for instructing centralised arrangement 200 to detect whether to have searched for all acquisition modules
Address.Search is completed to preserve order, is used to indicate centralised arrangement 200 and preserves the ID searched after the completion in ID search.It is optional
, the ID of acquisition module can be the address of acquisition module.Like this, by being filled in the directly automatic transmitting order to lower levels domination set of network
The ID for collecting each acquisition module is set, and server can record configuration record and avoid automatically configuring repeatedly in the database, it is real
Automatically configuring for centralised arrangement is showed, so as to reduce the maintenance cost of monitoring system.
Further, which further includes communications protocol configuration order.Centralised arrangement 200 is additionally operable to logical according to this
Protocol configuration order is interrogated, by the target communication protocol configuration carried in the communications protocol configuration order in the machine, the target is logical
News agreement is used to limit the encapsulation format and content of the operation data of the battery of the transmission of centralised arrangement 200.
It should be understood that harvester 100 be reported to centralised arrangement 200 be the battery acquired in real time original operation number
According to.Centralised arrangement 200 needs, according to preset communications protocol, to be selectively converted to all or part in the initial data
It is encapsulated as the identifiable data packet of server for the object run data of analysis, and by the data obtained after conversion.The communication
Agreement can be specified by server 400, and communications protocol is handed down to centralised arrangement 200 by server 400 by communication device 300, with
Just centralised arrangement 200 uses in the operation data for reporting battery.No matter which type of centralised arrangement is used in this way, it can be complete
At operation is reported, to improve the compatibility of monitoring system.
Further, server 400 also provide for the inquiry of the real-time running data and history data of battery.
That is, monitor terminal 500, is additionally operable to send battery operation data acquisition request to server 400.Server 400, is also used
In based on the battery operation data acquisition request, the database is inquired, obtains the communication device transmission of the binding of monitor terminal 500
The real-time running data and/or history data of battery, and it is sent to monitor terminal 500.Monitor terminal 500 is additionally operable to defeated
Go out the real-time running data and/or history data of the battery of the return of server 400.
Specifically, the APP for data monitoring can be equipped in monitor terminal 500(Application, application program)Or
Browser, monitor terminal 500 logs in web page monitored by the APP or the browser, by the mark of local user in server 400
Know the communication device 300 that information is specified with user to bind.It is electric to corresponding in APP or page end real time inspection after binding
The real time execution parameter and current operating conditions of pond group.
Further, monitor terminal 500 are additionally operable to send alarm threshold to server 400, so that 400 base of server
In the alarm threshold, whether the operation data for analyzing the battery is abnormal.
Further, monitor terminal 500 are additionally operable to the communication device by server 400, bound to monitor terminal 500
Send battery parameter configuration order.Communication device 300 is additionally operable to the battery parameter configuration order being transmitted to centralised arrangement 200.
Centralised arrangement 200 is additionally operable to be based on the parameter configuration order, the specifications parameter of the battery is configured in the acquisition module of connection.
The specifications parameter of battery is for example:The total capacity of battery, structure, model, production time, service life, sequence number etc..Prison
Control terminal 500 can issue battery ginseng by APP or webpage, the data-interface of invoking server 400 by communication device 300
Number order to centralised arrangement 200 so that user can by APP or some basic parameters of the remotely located battery of webpage,
To realize a two-way foolproof remote battery monitoring system.
Further, server 400 are additionally operable to receive the communications protocol that communication device 300 is sent.Server 400 is also used
The data packet is parsed, is obtained according to the communications protocol that communication device 300 is sent in the data packet for receiving the transmission of communication device 300
The operation data of the battery.
Specifically, the operation data of battery is passed in the form of byte stream between server 400 and communication device 300
It send.The carrier of communications protocol can be document files, and the acquisition for having server 400 to send is recorded in this article files and is somebody's turn to do
The data formats of the corresponding data that need to be returned of acquisition, conversion regime and institute's returned data represented per several bytes it is assorted
Meaning(Such as:Voltage, temperature, internal resistance etc.), server 400 is based on the communications protocol, issues acquisition, and logical based on this
The data packet that news agreement returns to communication device 300 is intercepted, is converted, is calculated, with the operation of the battery wherein carried
Data, and obtained data are saved in database.In this way, no matter centralised arrangement 200 uses any agreement, service
Device 400 can parse the data packet of its transmission, to improve the compatibility of monitoring system.
Battery remote monitoring system provided in this embodiment is adopted in real time by using with the one-to-one harvester of battery
The operation data of set battery, and the operation data is transmitted to by server via communication device by centralised arrangement, then, service
Device analyzes the operation data, and in the operation data exception, and the monitor terminal bound to communication device sends alarm
Notice realizes full-automatic movably battery remote monitoring, significantly reduces monitoring cost.
Referring to Fig. 2, a kind of implementation process schematic diagram of the battery long-distance monitoring method provided for one embodiment of the application.
As shown in Fig. 2, this method mainly includes the following steps that:
201, server obtains the operation data of the battery for the harvester acquisition that communication device is sent;
Harvester can be corresponded with battery, i.e. a harvester corresponds to a battery, and there are one use for each battery tool
In the ID of its identity of unique mark, such as unique sequence numbers.The ID that there are one each harvester tools for its identity of unique mark,
And it is stored with the ID of corresponding battery.Harvester acquires the operation data of battery in real time, and the operation data of acquisition is sent
To communication device.The operation data of battery includes:The operating parameter and operating status of battery.The wherein operating parameter of battery can be with
But be not limited to include:Voltage, temperature and internal resistance of battery etc..The operating status of battery can be, but not limited to:Charge shape
State, discharge condition and remaining capacity etc..Further, the ID and correspondence of corresponding battery are may also include in the operation data of battery
The ID of harvester can determine it is which battery occurs according to above-mentioned ID so as to subsequently when analyzing battery operation exception
Exception, alternatively, be that failure has occurred in which harvester.
Optionally, harvester can be, but not limited to include:Voltage detector, temperature sensor, internal resistance detection device and
Capacity check device etc..
Further, for ease of management, all harvesters in the same set are connected to the same centralised arrangement
On, the operation data of acquisition is sent to centralised arrangement by harvester, and centralised arrangement fills acquisition according to preset communications protocol
The operation data for setting the battery of transmission is encapsulated as the data packet of preset format, is then sent out by communication device in the form of byte stream
Give server.The set can be divided according to working region or battery pack.The same set, such as:The same battery pack,
The same workshop, same base station etc..
202, the operation data of the battery is associated with by server with communication device, and incidence relation is stored in database
In;
The ID for its identity of unique mark is stored in communication device.Server is according to preset communications protocol, parsing communication
The data packet that device is sent, obtains the operation data of the battery recorded in the data packet.Then, by the operation number of obtained battery
It according to this and sends the ID of communication device of the operation data and is associated together, and obtained incidence relation is stored in preset number
According in library, in case subsequent analysis and inquiry.
203, whether the operation data of the server analysis battery is abnormal;
Specifically, whether the operating parameter and operating status of analysis battery meet preset alarm conditions, if meeting preset announcement
Alert condition then judges operation data exception.Alarm conditions may be greater than or be less than preset alarm threshold, such as:Cell voltage
High alarm threshold 13.8V(Volt), internal resistance high threshold 26.8 etc.;Alternatively, not meeting operating status under normal circumstances, such as:Normally
In the case of should be charged state, but be currently non-charged state.In practical applications, above-mentioned alarm conditions can be made by oneself by user
Justice.
If 204, abnormal, for server according to preset alarm mode, the monitor terminal bound to communication device sends announcement
Alert notice, so that monitor terminal exports the alarm notification.
Monitor terminal can be, but not limited to:The mobile terminals such as smart mobile phone, tablet computer, laptop computer and other
The non-terminal that can carry out data processing on the move, such as PC.
APP for monitoring battery operation state is installed in monitor terminal(Application, application program).User
Communication device can be bound by the APP, receive alarm notification, obtain the real time execution of the battery of the communication device management of binding
Data configure parameter of harvester etc..
Preset alarm mode can be, but not limited to:Send APP PUSH messages, short message, mail, Advise By Wire etc.
Deng.Can be according to alarm notification, by the ends APP PC webpage, using the ID of the communication device of binding in monitoring, number of units after calling
According to interface, the data for the battery for obtaining being directed toward in the alarm notification from the data base querying of server, and be presented in the APP pages or
On the webpage of the ends PC.
Battery long-distance monitoring method provided in this embodiment is adopted in real time by using with the one-to-one harvester of battery
The operation data of set battery, and the operation data is transmitted to by server via communication device by centralised arrangement, then, service
Device analyzes the operation data, and in the operation data exception, and the monitor terminal bound to communication device sends alarm
Notice realizes full-automatic movably battery remote monitoring, significantly reduces monitoring cost.
Referring to Fig. 3, a kind of implementation process schematic diagram of the battery long-distance monitoring method provided for one embodiment of the application.
As shown in figure 3, this method mainly includes the following steps that:
301, server is established with communication device after data transmission connect, and whether all to inquire communication device in the database
Return to the response message of the corresponding configuration successful of all configuration orders;
If 302, not returning all, server will not return to the response message of corresponding configuration successful according to preset sequence
Configuration order is transmitted to centralised arrangement by communication device one by one;
303, centralised arrangement executes configuration operation, and be configured to server return by communication device according to the configuration order
The response message of work(, so that server sends next configuration order;
304, server is by the response message, the unique identity information of communication device and the corresponding configuration of the response message
Correspondence between order is stored in the database;
If 305, all returning, confirms and sent all configuration orders;
306, when having sent all configuration orders, acquisition is transmitted to centralised arrangement by server by communication device;
307, centralised arrangement sends the fortune for the battery that harvester acquires by communication device according to the acquisition to server
Row data;
Communication device for example can be the communication cloud-in-the-box for data forwarding.Centralised arrangement for example can be for data summarization,
Acquired original data are converted into the target gathered data of type needed for server analysis and are encapsulated as target gathered data
The concentration box of the data packet of default communications protocol.Communication device connects centralised arrangement, and centralised arrangement connects harvester.Communicate cloud
As long as box have power supply power supply will automatic and server establish TCP connection, and realization both-way communication.Optionally, cloud-in-the-box is communicated
With server establish be TCP long connections.
Server, according to preset sequence, configuration order is led to one by one after being successfully established TCP connection with communication cloud-in-the-box
It crosses communication cloud-in-the-box and is transmitted to concentration box.It concentrates box according to the configuration order, executes configuration operation, and by communicating cloud-in-the-box to service
Device returns to the response message of configuration successful.Server is only in the response message for receiving the configuration successful that communication cloud-in-the-box returns
Afterwards, just next configuration order can be sent to concentration box by communicating cloud-in-the-box.Meanwhile server will communicate being somebody's turn to do for cloud-in-the-box return
Response message, communicate cloud-in-the-box unique identity information and the corresponding configuration order of the response message between correspondence
It is stored in the database.When having sent all configuration orders, acquisition is transmitted to by server by communicating cloud-in-the-box
Concentrate box.Concentrate box according to the acquisition, on the operation data by communicating the battery that cloud-in-the-box acquires harvester is real-time
Offer server.
To avoid configuring repeatedly, server is established with communication device after data transmission connect, and configuration order is being sent
Before, the response message whether communication device all returns to the corresponding configuration successful of all configuration orders is inquired in the database.
If not returning all, according to preset sequence, the configuration order for the response message for not returning to corresponding configuration successful is led to one by one
It crosses communication device and is transmitted to centralised arrangement.If all returning, acquisition is directly transmitted to by concentration by communication device
Device, so that the operation data for the battery that centralised arrangement is acquired according to the command report harvester.That is, when communication
When cloud-in-the-box connects upper server, server inquires database first, judges whether the communication cloud-in-the-box returned and is directed to configuration order
Successful configuration record.Wherein, configuration order can be a plurality of, and whether all corresponding one of each configuration order successfully configures
Record, this configuration record are to correspond record in the database.For no corresponding configuration for successfully configuring record
Order, server issues the configuration order by communicating cloud-in-the-box to concentration box, and waits for the response for concentrating box to return to configuration successful
Message, for the existing corresponding configuration order for successfully configuring record, server no longer issues the configuration order to concentration box.
Optionally, configuration order includes self-test order, then centralised arrangement executes configuration operation, and lead to according to configuration order
The response message that communication device returns to configuration successful to server is crossed, including:Centralised arrangement is searched according to self-test order and concentrates dress
The harvester for setting connection obtains the unique identity information of the harvester of connection, and is searching adopting for all connections
When acquisition means, by the unique identity information of the harvester comprising the connection searched and the sound of configuration successful notification information
Message is answered, server is sent to by communication device.
Optionally, configuration order further includes communications protocol configuration order, then centralised arrangement executes configuration according to configuration order
It operates, further includes:Centralised arrangement assists the target communication carried in communications protocol configuration order according to communications protocol configuration order
In the machine, target communication agreement is used to limit the encapsulation format of operation data of the battery of centralised arrangement transmission and interior for view configuration
Hold.
308, server obtains the operation data of the battery for the harvester acquisition that communication device is sent;
Harvester can be corresponded with battery, i.e. a harvester corresponds to a battery, and there are one use for each battery tool
In the ID of its identity of unique mark, such as unique sequence numbers.The ID that there are one each harvester tools for its identity of unique mark,
And it is stored with the ID of corresponding battery.Harvester acquires the operation data of battery in real time, and the operation data of acquisition is sent
To communication device.The operation data of battery includes:The operating parameter and operating status of battery.The wherein operating parameter of battery can be with
But be not limited to include:Voltage, temperature and internal resistance of battery etc..The operating status of battery can be, but not limited to:Charge shape
State, discharge condition and remaining capacity etc..Further, the ID and correspondence of corresponding battery are may also include in the operation data of battery
The ID of harvester can determine it is which battery occurs according to above-mentioned ID so as to subsequently when analyzing battery operation exception
Exception, alternatively, be that failure has occurred in which harvester.
Further, for ease of management, all harvesters of the same set are connected to a centralised arrangement, are acquired
The operation data of acquisition is sent to centralised arrangement by device, and centralised arrangement sends harvester according to preset communications protocol
The operation data of battery be encapsulated as the data packet of preset format, clothes are then sent to by communication device in the form of byte stream
Business device.The same set, such as:The same battery pack, the same workshop, same base station etc..
Optionally, server receives the communication that the harvester that communication device is sent uses before issuing acquisition
Agreement.Server issues acquisition according to the communications protocol to communication device.When server receives communication device transmission
Data packet parses data packet, obtains the operation data of battery according to the communications protocol.The carrier of communications protocol can be document
File, record has the number for the acquisition and the corresponding data that need to be returned of the acquisition that server sends in this article files
Any meaning represented per several bytes according to format, conversion regime and institute's returned data(Such as:Voltage, temperature, internal resistance etc.).
Server is based on the communications protocol, issues acquisition.Meanwhile server also returns to communication device based on the communications protocol
Data packet is intercepted, is converted, is calculated, and with the operation data of the battery wherein carried, and obtained data is saved in
In database.In this way, no matter centralised arrangement uses any agreement, server that can parse the data packet of its transmission, from
And improve the compatibility of monitoring system.
309, the operation data of the battery is associated with by server with communication device, and incidence relation is stored in database
In;
The ID for its identity of unique mark is stored in communication device.Server is according to preset communications protocol, parsing communication
The data packet that device is sent, obtains the operation data of the battery recorded in the data packet.Then, by the operation number of obtained battery
It according to this and sends the ID of communication device of the operation data and is associated together, and obtained incidence relation is stored in preset number
According in library, in case subsequent analysis and inquiry.
310, whether the operation data of the server analysis battery is abnormal;
Specifically, whether the operating parameter and operating status of analysis battery meet preset alarm conditions, if meeting preset announcement
Alert condition then judges that the operation data of battery is abnormal.Alarm conditions may be greater than or be less than preset alarm threshold, such as:Electricity
The high alarm threshold 13.8V of cell voltage(Volt), internal resistance high threshold 26.8 etc.;Alternatively, operating status under normal circumstances is not met,
Such as:It should be charged state under normal circumstances, but is currently non-charged state.
Optionally, alarm setting operation of the monitor terminal based on user, obtains alarm threshold input by user, and to service
Device sends the alarm threshold.Server stores the alarm threshold of reception in the database, and when executing step 310, base
In the alarm threshold, analyze the operation data of battery, judge battery whether operation exception.Such as:When server parses battery
It can compare in real time by the operating parameter of parsing is corresponding with these alarm thresholds when operating parameter, if beyond or below alarm threshold
Then think data exception.
If 311, the operation data of the battery is abnormal, server is bound according to preset alarm mode to communication device
Monitor terminal send alarm notification so that monitor terminal exports the alarm notification.
Monitor terminal can be, but not limited to:The mobile terminals such as smart mobile phone, tablet computer, laptop computer and other
The non-terminal that can carry out data processing on the move, such as PC.
APP for monitoring battery operation state is installed in monitor terminal.User can bind communication dress by the APP
It sets, receives alarm notification, obtain the real-time running data of the battery of the communication device management of binding, configure the parameter of harvester
Etc..Such as:Monitor terminal, in the bindings of the interactive interface of the APP, by the identification information of local user, is somebody's turn to do according to user
The communicating terminal and binding instruction that bindings are directed toward are sent to server, and server is instructed according to the binding, eventually by monitoring
Binding relationship record between the communicating terminal that the identification information of the user at end and the bindings are directed toward in the database, will
The monitor terminal is bound with the communicating terminal.
Preset alarm mode can be, but not limited to:Send APP PUSH messages, short message, mail, Advise By Wire etc.
Deng.Monitor terminal can call backstage by the ends APP PC webpage according to alarm notification using the ID of the communication device of binding
Data-interface, the data for the battery for obtaining being directed toward in the alarm notification from the data base querying of server, and it is presented in the APP pages
Or on the webpage of the ends PC.
Further, monitor terminal sends battery operation data acquisition request to server.Server is based on battery operation
Data acquisition request, inquire database, obtain monitor terminal binding communication device send battery real-time running data and/
Or history data, and it is sent to monitor terminal.Monitor terminal export server return battery real-time running data and/
Or history data.Wherein, monitor terminal can start APP, login web page monitored when or based on user triggering acquisition
Order sends battery operation data acquisition request to server.
Further, for monitor terminal by server, the communication device bound to monitor terminal sends battery parameter configuration
Order;Battery parameter configuration order is transmitted to the centralised arrangement of acquisition module connection by communication device;Centralised arrangement is based on parameter
Configuration order configures the specifications parameter of battery in acquisition module.The specifications parameter of battery is for example:The total capacity of battery, structure,
Model, production time, service life, sequence number etc..Monitor terminal can be connect by APP or webpage, the data of invoking server
Mouth issues battery parameter order to centralised arrangement, so that user can remotely be set by APP or webpage by communication device
Some basic parameters of battery are set, to realize a two-way foolproof remote battery monitoring system.
Battery long-distance monitoring method provided in this embodiment is adopted in real time by using with the one-to-one harvester of battery
The operation data of set battery, and the operation data is transmitted to by server via communication device by centralised arrangement, then, service
Device analyzes the operation data, and in the operation data exception, and the monitor terminal bound to communication device sends alarm
Notice realizes full-automatic movably battery remote monitoring, significantly reduces monitoring cost.
It should be noted that for each method embodiment above-mentioned, describe, therefore it is all expressed as a series of for simplicity
Combination of actions, but those skilled in the art should understand that, the application is not limited by the described action sequence because
According to the application, certain steps may be used other sequences or be carried out at the same time.Secondly, those skilled in the art should also know
It knows, embodiment described in this description belongs to preferred embodiment, and involved action and module might not all be this Shens
It please be necessary.
In the above-described embodiments, it all emphasizes particularly on different fields to the description of each embodiment, there is no the portion being described in detail in some embodiment
Point, it may refer to the associated description of other embodiments.
It is the description to battery remote monitoring system and method provided herein above, for those skilled in the art
Member, according to the thought of the embodiment of the present application, there will be changes in the specific implementation manner and application range, to sum up, this theory
Bright book content should not be construed as the limitation to the application.
Claims (10)
1. a kind of battery remote monitoring system, which is characterized in that including:
Harvester, centralised arrangement, communication device, server and monitor terminal;
The harvester is corresponded with battery and is connected on the centralised arrangement, for acquiring the battery in real time
Operation data, and the operation data of the battery of acquisition is sent to the centralised arrangement;
The centralised arrangement connects the communication device by data line, for passing through the operation data of the battery
The communication device is sent to the server;
The server for the operation data of the battery to be associated with the communication device, and incidence relation is stored in
In database, whether the operation data for being additionally operable to analyze the battery is abnormal, and in the operation data exception of the battery, presses
According to preset alarm mode, the monitor terminal bound to the communication device sends alarm notification;
The monitor terminal, for exporting the alarm notification.
2. the system as claimed in claim 1, which is characterized in that
The server is additionally operable to establish after data transmission connect with the communication device, inquire in the database
Whether the communication device all returns to the response message of the corresponding configuration successful of all configuration orders, if not returning all,
The server will not return to the configuration order of the response message of corresponding configuration successful one by one by described according to preset sequence
Communication device is transmitted to the centralised arrangement, and the centralised arrangement connects the harvester, and if all return, really
Recognize and sent all configuration orders, acquisition is transmitted to by the centralised arrangement by the communication device;
The centralised arrangement, is additionally operable to according to the configuration order, executes configuration operation, and by the communication device to described
Server returns to the response message of configuration successful, so that the server sends next configuration order;
The server is additionally operable to the response message, the unique identity information of the communication device and the sound
It answers the correspondence between the corresponding configuration order of message to store in the database, and works as and sent all configuration orders
When, acquisition is transmitted to by the centralised arrangement by the communication device;
The centralised arrangement is additionally operable to according to the acquisition, by the communication device to described in server transmission
The operation data of the battery of harvester acquisition;
Wherein, the configuration order includes:Self-test order and communications protocol configuration order;
The centralised arrangement is additionally operable to search the harvester of the centralised arrangement connection according to the self-test order, obtains institute
The unique identity information of the harvester of connection is stated, and when having searched the harvester of all connections, preservation is searched
The unique identity information for the harvester that all and oneself sought are connect;
The centralised arrangement is additionally operable to, according to the communications protocol configuration order, to carry in the communications protocol configuration order
Target communication protocol configuration in the machine, the target communication agreement is used to limit the battery that the centralised arrangement is sent
Operation data encapsulation format and content.
3. the system as claimed in claim 1, which is characterized in that
The monitor terminal is additionally operable to send battery operation data acquisition request to the server;
The server is additionally operable to be based on the battery operation data acquisition request, inquires the database, obtain the monitoring
The real-time running data and/or history data for the battery that the communication device of terminal binding is sent, and it is sent to the monitoring
Terminal;
The monitor terminal is additionally operable to export the real-time running data for the battery that the server returns and/or history fortune
Row data;
The monitor terminal is additionally operable to send alarm threshold to the server, so that the server is based on the alarm
Whether threshold value, the operation data for analyzing the battery are abnormal;
The monitor terminal is additionally operable to the communication device by the server, bound to the monitor terminal and sends battery ginseng
Number configuration order;
The communication device is additionally operable to the battery parameter configuration order being transmitted to the centralised arrangement;
The centralised arrangement is additionally operable to configuration order based on the parameter, and the battery is configured in the acquisition module of connection
Specifications parameter;
The server is additionally operable to receive the communications protocol that the communication device is sent;
The server is additionally operable to receive the data packet that the communication device is sent, the communication sent according to the communication device
Agreement parses the data packet, obtains the operation data of the battery.
4. a kind of battery long-distance monitoring method, which is characterized in that the method includes:
Server obtains the operation data of the battery for the harvester acquisition that communication device is sent;
The operation data of the battery is associated with by the server with the communication device, and incidence relation is stored in database
In;
Whether the operation data of battery described in the server analysis is abnormal;
If abnormal, for the server according to preset alarm mode, the monitor terminal bound to the communication device sends announcement
Alert notice, so that the monitor terminal exports the alarm notification.
5. method as claimed in claim 4, which is characterized in that the server obtains the harvester that communication device is sent and adopts
Before the operation data of the battery of collection, further include:
The server is established with the communication device after data transmission connect, and inquires the communication in the database
Whether device all returns to the response message of the corresponding configuration successful of all configuration orders;
If not returning all, the server will not return to the response message of corresponding configuration successful according to preset sequence
Configuration order is transmitted to the centralised arrangement by the communication device one by one, and the centralised arrangement connects the harvester;
The centralised arrangement executes configuration operation according to the configuration order, and by the communication device to the server
The response message for returning to configuration successful, so that the server sends next configuration order;
The server is by the response message, the unique identity information of the communication device and the response message pair
Correspondence storage between the configuration order answered in the database, and when having sent all configuration orders, passes through
Acquisition is transmitted to the centralised arrangement by the communication device;
The centralised arrangement sends the harvester according to the acquisition, by the communication device to the server
The operation data of the battery of acquisition;
If all returning, confirm and sent all configuration orders, the server executes described by communication dress
Set the step of acquisition is transmitted to the centralised arrangement.
6. method as claimed in claim 5, which is characterized in that the configuration order includes self-test order, then the concentration dress
It sets according to the configuration order, executes configuration operation, including:
The centralised arrangement searches the harvester of the centralised arrangement connection, obtains the connection according to the self-test order
The unique identity information of harvester preserve and search and when having searched the harvester of all connections
The unique identity information of all harvesters being connect with oneself;Alternatively,
The configuration order further includes communications protocol configuration order, then the centralised arrangement is matched according to the configuration order, execution
Operation is set, further includes:
The centralised arrangement leads to the target carried in the communications protocol configuration order according to the communications protocol configuration order
Protocol configuration is interrogated in the machine, the target communication agreement is used to limit the operation number for the battery that the centralised arrangement is sent
According to encapsulation format and content.
7. method as claimed in claim 4, which is characterized in that the server leads to the operation data of the battery with described
Device association is interrogated, and by after incidence relation storage in the database, further includes:
The monitor terminal sends battery operation data acquisition request to the server;
The server is based on the battery operation data acquisition request, inquires the database, obtains the monitor terminal and tie up
The real-time running data and/or history data for the battery that fixed communication device is sent, and it is sent to the monitor terminal;
The monitor terminal exports the real-time running data and/or history data for the battery that the server returns.
8. method as claimed in claim 4, which is characterized in that whether the operation data of battery described in the server analysis is different
Before often, further include:
The monitor terminal sends alarm threshold to the server, so that the server is based on the alarm threshold, point
Whether the operation data for analysing the battery is abnormal.
9. method as claimed in claim 4, which is characterized in that the method further includes:
For the monitor terminal by the server, the communication device bound to the monitor terminal sends battery parameter configuration life
It enables;
The battery parameter configuration order is transmitted to the centralised arrangement of the acquisition module connection by the communication device;
Centralised arrangement configuration order based on the parameter, configures the specifications parameter of the battery in the acquisition module.
10. method as claimed in claim 4, which is characterized in that the server obtains the harvester that communication device is sent
Before the operation data of the battery of acquisition, further include:
The server receives the communications protocol that the communication device is sent;
The server obtains the operation data of the battery for the harvester acquisition that communication device is sent, including:
The server receives the data packet that the communication device is sent, according to the communications protocol that the communication device is sent, solution
The data packet is analysed, the operation data of the battery is obtained.
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