CN106374545A - Lead acid storage battery control system and intelligent system - Google Patents
Lead acid storage battery control system and intelligent system Download PDFInfo
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- CN106374545A CN106374545A CN201510431663.3A CN201510431663A CN106374545A CN 106374545 A CN106374545 A CN 106374545A CN 201510431663 A CN201510431663 A CN 201510431663A CN 106374545 A CN106374545 A CN 106374545A
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Abstract
The invention discloses a lead acid storage battery control system and intelligent system. The control system comprises acquisition units and servo units which are arranged in single lead acid storage batteries, intelligent gateways, an original data acquisition unit for obtaining original data of each single lead acid storage battery when the batteries leave factories, and a cloud data control platform. Due to introduction of the acquisition units, the servo units and the original data acquisition unit, the cloud data control platform can obtain operation state parameters of each single lead acid storage battery and the original data when the batteries leave the factories, such that life-cycle parameters of each single lead acid storage battery in the process from production to application can be tracked and detected, solid data is provided for management and maintenance of each single lead acid storage battery, users can be enabled to better manage and maintain the lead acid storage batteries, and the lives of the lead acid storage batteries are effectively prolonged.
Description
Technical field
The application is related to lead-acid accumulator management control field.
Background technology
Valve-regulated lead-acid battery, is widely used in electric power machine room, data center module, shifting often as back-up source
The important places such as dynamic base station.In recent years, the market capacity of global valve-regulated lead-acid battery reached up to a hundred
The scale of hundred million yuans/year.
Because the running environment diversity of valve-regulated lead-acid battery is very big, for many important places, to valve control
The monitoring of lead-acid accumulator and maintenance are necessary.At present, the monitoring to lead-acid accumulator and maintenance are led in the industry
Two ways to be had:
The first is manual patrol, at set intervals (such as 3 months or half a year), and engineering staff reaches
Scene, carries out the test such as lead-acid accumulator electric current, voltage, temperature, manual record test measurement data.People
Work is maked an inspection tour has several shortcomings: because a lot of base stations are remote, personnel's vehicle resources input is larger, time-consuming
Arduously；Electric power and machine room are important places, and personnel's turnover management is very strict, and personnel enter machine room and there may be
Machine room potential faults.
Second: setting lead-acid accumulator monitoring system, by gather the electric current of lead-acid accumulator, voltage and
The data such as operating ambient temperature are judging the real time status of lead-acid accumulator, and adopt corresponding counter-measure.
This method to some extent solves the shortcoming of manpower tour, has got certain effect.But also bring
New inconvenience: one is that monitoring cable is complicated, easily and forceful electric power cable forms interference, or even breaking,
Short circuit；Two is that ambient temperature cannot truly reflect the behaviour in service of lead-acid accumulator it is impossible to accurately judge lead
The health status of acid accumulator, lead to not science carries out care and maintenance.
Under prior art conditions, the stand-by power supply of communication base station generally occurs holding after using about 2～3 years
Amount rapid decrease, is forced to scrap in advance, causes substantial amounts of economic loss and environmental pollution.Or lead acid storage battery
Pond is in low capacity and runs, and shortening base station standby electricity duration, thus affecting base station communication service quality, existing
Communication disruption hidden danger.
The service life how preferably maintaining and extending valve-regulated lead-acid battery is current lead-acid accumulator industry
A problem in the urgent need to address.
Content of the invention
The application provides a kind of lead-acid accumulator control system, easily and safely monitors and management lead-acid accumulator,
The running state parameter of each lead-acid accumulator monomer not only can be obtained it is also possible to obtain each lead-acid accumulator list
Initial data when body dispatches from the factory, thus provide for the life-span upgrading and daily management of each lead-acid accumulator monomer
Data supporting effectively.
According to the application's in a first aspect, this application provides a kind of lead-acid accumulator control system, comprising:
It is built in the collecting unit in the housing of lead-acid accumulator monomer and servo unit, described collecting unit is used
State parameter during collection lead-acid accumulator monomer uses, described state parameter includes voltage, electric current
Internal temperature with lead-acid accumulator monomer；Described servo unit is used for disconnecting and turn on described lead-acid accumulator
The charging and discharging circuit of monomer；
Intelligent gateway, is communicated with collecting unit by wire communication loop or wireless communication link, timing acquisition
And upload the state parameter of the lead-acid accumulator monomer of collecting unit collection；Raw data acquisition unit, is used for
Obtain initial data when each lead-acid accumulator monomer dispatches from the factory；
Cloud data control platform, obtains and stores each lead-acid accumulator monomer that raw data acquisition unit obtains
Initial data when dispatching from the factory；Cloud data control platform is led to intelligent gateway also by wired or wireless communication link
Letter, receives the state parameter of the lead-acid accumulator monomer that intelligent gateway uploads；Described cloud data control platform is fixed
Phase drives intelligent gateway lead-acid accumulator monomer to be started with verification discharge test to obtain discharge curve, by each
The discharge curve of lead-acid accumulator monomer, initial data when dispatching from the factory and the real-time state parameter obtaining, calculate
Go out the chargeability of each lead-acid accumulator monomer and health degree to position and to change faulty lead-acid accumulator monomer
According to the second aspect of the application, this application provides a kind of lead-acid accumulator intelligence system, comprising:
Above-mentioned lead-acid accumulator control system；
First lead-acid accumulator monomer, described first lead-acid accumulator is built-in with described lead-acid accumulator and controls system
Collecting unit in system and servo unit；
At least one second lead-acid accumulator monomer, described second lead-acid accumulator monomer is built-in with described plumbic acid
Collecting unit in control system for accumulators；Described first lead-acid accumulator monomer and the second lead-acid accumulator list
Body is connected.
The beneficial effect of the application is:
According to lead-acid accumulator control system and the intelligence system of above-mentioned enforcement, due to the introducing of collecting unit, from
And the state parameter during being used with real-time detection lead-acid accumulator monomer, and the state detecting is joined
Number is sent out.
According to lead-acid accumulator control system and the intelligence system of above-mentioned enforcement, due to raw data acquisition unit
Introduce, such that it is able to obtain initial data when each lead-acid accumulator monomer dispatches from the factory.
According to lead-acid accumulator control system and the intelligence system of above-mentioned enforcement, due to collecting unit and initial data
The introducing of collecting unit, such that it is able to the state parameter that obtains during each lead-acid accumulator monomer uses with go out
Initial data during factory, thus can be to each lead-acid accumulator monomer from producing to the full Life Cycle during using
Period parameters are tracked and detect, the management to each lead-acid accumulator monomer and maintenance provide solid data,
User can be made preferably to manage and safeguard lead-acid accumulator, effectively extend the life-span of lead-acid accumulator.
According to lead-acid accumulator control system and the intelligence system of above-mentioned enforcement, due to collecting unit and intelligent gateway
Introducing so that user passes through cloud data control platform can be joined with the state of real-time detection lead-acid accumulator monomer
Number, safeguards to lead-acid accumulator monomer, sends disconnected to collecting unit when the state parameter obtaining is abnormal
The order of charge circuit opening lead-acid accumulator monomer is to control servo unit to disconnect charge circuit, it is to avoid acid
Single battery overcharges the improper charging with high temperature for a long time, effectively extends the life-span of lead-acid accumulator.
Brief description
Fig. 1 is a kind of a kind of structural representation of the lead-acid accumulator control system of embodiment of the application；
Fig. 2 is a kind of a kind of structural representation of the lead-acid accumulator intelligence system of embodiment of the application.
Specific embodiment
Combine accompanying drawing below by specific embodiment the application is described in further detail.
Lead-acid accumulator, frequently as the back-up source after civil power power-off, is Switching Power Supply or uninterrupted power source is powered,
And in the case of civil power is normal, the electric energy that Switching Power Supply or uninterrupted power source etc. introduce civil power stores to plumbic acid again
Battery is charged.During actually used, it is frequently used multiple lead-acid batteries and is used in conjunction with,
Together as back-up source, lead-acid batteries include some lead-acid accumulator monomers, generally 4 or 6.
Refer to Fig. 1, this enforcement provides a kind of lead-acid accumulator control system, for monitoring and managing each plumbic acid
Single battery 50, it includes collecting unit 10, servo unit 11, intelligent gateway 20, cloud data management and control
Platform 30, raw data acquisition unit 40.It is specifically described below.
Collecting unit 10 and servo unit 11 are built in the housing of lead-acid accumulator monomer 50, wherein gather
Unit 10 is used for gathering the state parameter during lead-acid accumulator monomer 50 uses, and state parameter includes electricity
The internal temperature of pressure, electric current and lead-acid accumulator monomer 50；Servo unit 11 is used for disconnecting and turns on plumbic acid
The charging and discharging circuit of single battery 50.Collecting unit 10 and servo unit 11 electrically connect, collecting unit 10
Be additionally operable to respond intelligent gateway 20 control command so that servo unit 11 is turned on or off lead-acid accumulator list
The charging and discharging circuit of body 50.Although it should be noted that collecting unit 10 and servo unit 11 are stored by plumbic acid
Battery cell 50 is powered to work, but collecting unit 10 and servo unit 11 have excellent super low-power consumption
Can, and the production in lead-acid accumulator monomer 50, accumulating and on-line operation stage, collecting unit 10 He
Stage according to residing for lead-acid accumulator monomer 50 for the servo unit 11 carries out dormancy or work, so collection is single
Unit 10 is with the power consumption of servo unit 11 relative to being very little for the self discharge power consumption of lead-acid accumulator monomer 50
, the performance impact of lead-acid accumulator monomer 50 is negligible.
Intelligent gateway 20 passes through wire communication loop or wireless communication link is communicated with collecting unit 10, in intelligence
When energy gateway 20 is communicated with collecting unit 10 by wire communication loop, when certain point of communications loop occurs
Fault, communications loop can fragment into 2 communication links, still can ensure that intelligent gateway 20 is occurred with communications loop
Proper communication between the collecting unit 10 of fault, in the present embodiment, wire communication loop is by rs485
Interface is realized；When intelligent gateway 20 is communicated with collecting unit 10 by wireless communication link, intelligent network
Closing 20 does not have traditional wiring challenge, thus there is not tradition with collecting unit 10, servo unit 11
Lead to that the breaking problem with security incidents such as short circuits easily occurs because wiring is complicated.Intelligent gateway 20 timing
Obtain the state parameter of the lead-acid accumulator monomer 50 of collecting unit 10 collection, in one embodiment,
Intelligent gateway 20 adopts master-slave communication mode to obtain within every 3 seconds the state of once respectively collection servo unit 10 collection
Parameter.When collection servo unit 10 quantity of 20 times extensions of intelligent gateway is excessive, every 3 sometimes cannot be ensured
Second just can be communicated once with each collection servo unit 10, in one preferably embodiment, can pass through
Intelligent gateway 20 periodically to solve the above problems to synch command during collecting unit 10 transmission pair, specifically,
Intelligent gateway 20 periodically to the collecting unit 10 communicating with connection broadcast pair when synch command, each gather single
After unit 10 receives synch command when this pair, its interior coincidence counter resets, and collecting unit 10 is adopted for every 3 seconds
The state parameter of lead-acid accumulator monomer 50 of collection being jointly stored in the counting of now coincidence counter is adopted
In the internal memory of collection unit 10, collecting unit 10 often gathers a state parameter, and coincidence counter just adds 1,
Receiving intelligent gateway 20 wants collecting unit 10 to upload the state parameter in internal memory after the state parameter of its collection
Counting packing with corresponding coincidence counter is uploaded to intelligent gateway 20, determines that intelligent gateway 20 receives packing
Data after empty internal memory, intelligent gateway 20 receive collecting unit 10 upload packet after, according to data
The counting of the coincidence counter in bag, is automatically obtained the synchronization of state parameter.Intelligent gateway 20 judges when acquisition
State parameter abnormal when send the lead-acid accumulator monomer 50 of off-state abnormal parameters to collecting unit 10
Charge circuit order, make servo unit 11 disconnect this lead-acid accumulator monomer 50 charge circuit, intelligence
Also the abnormal warning of state parameter can be sent to cloud data control platform 30 for user by gateway 20 simultaneously
Processing in time, thus avoiding lead-acid accumulator monomer 50 to overcharge the improper charging with high temperature for a long time, effectively extending
Life-span of lead-acid accumulator monomer 50, state parameter extremely includes voltage and reaches the voltage threshold of setting, electricity
Stream reaches the current threshold of setting and internal temperature reaches the temperature threshold of setting, and user can pass through cloud data pipe
Control platform 30 arranges running parameter in intelligent gateway 20, and running parameter includes voltage threshold, current threshold
With temperature threshold etc..
Also by serial ports or network interface and power source communications, power supply is Switching Power Supply or uninterrupted power source to intelligent gateway 20；
The original number according to the ambient temperature of lead-acid accumulator monomer 50, state parameter with when dispatching from the factory for the intelligent gateway 20
Whether reasonable to the charge parameter of lead-acid accumulator monomer 50 according to analysis power supply, and carry out real-time regulation, charge
Parameter includes equal float charge voltage and charge cycle, and the running parameter of power supply is also uploaded to cloud number by intelligent gateway 20
According to control platform 30.The ambient temperature of above-mentioned lead-acid accumulator monomer 50 can be gathered by intelligent gateway 20,
Initial data when lead-acid accumulator monomer 50 dispatches from the factory is provided by raw data acquisition unit 40.
The running parameter of the state parameter of lead-acid accumulator monomer 50 and power supply is uploaded to cloud by intelligent gateway 20
Data control platform 30, for statistical analysiss, can store electricity when with cloud data control platform 30 communication disruption
Source dates and the state parameter obtaining from each collecting unit 10, after communication recovery, then are uploaded to cloud number automatically
According to control platform 30, in the present embodiment, intelligent gateway 20 is to be transported by communicating with cloud data control platform 30
The 2g/3g/4g communication that battalion business provides, the collection servo unit 10 of 20 times extensions of intelligent gateway is most
128, data storage is the longest 7 days.
Raw data acquisition unit 40 obtains initial data when each lead-acid accumulator monomer 50 dispatches from the factory；Original
Data include identifier when lead-acid accumulator monomer 50 dispatches from the factory, capacity, internal resistance, charge-discharge characteristic curve and
Combo information data etc., because initial data particularly capacity, internal resistance and charge-discharge characteristic curve are more similar
Lead-acid accumulator monomer 50, when its combo constitutes lead-acid batteries, its service behaviour is better, the life-span
Longer, therefore in one preferably embodiment, raw data acquisition unit 40 stores according to each plumbic acid obtaining
Initial data when battery cell 50 dispatches from the factory carries out combo to each lead-acid accumulator monomer.
Cloud data control platform 30 obtains and stores each lead-acid accumulator of raw data acquisition unit 40 acquisition
Initial data when monomer 50 dispatches from the factory.Cloud data control platform 30 is always according to the configuration information of intelligent gateway 20
With identifier and the combo information of the lead-acid accumulator monomer 50 of the initial data of raw data acquisition unit 40,
Automatically the data uploading intelligent gateway 20 is directed in corresponding cloud data control platform 30.
Cloud data control platform 30 is communicated with intelligent gateway 20 by wired or wireless communication link, receives intelligence
The data such as the running parameter of the state parameter of lead-acid accumulator monomer of energy gateway 20 upload and power supply.Cloud data
Control platform 30 periodically drives intelligent gateway 20 to control power supply that lead-acid accumulator monomer 50 is started with verification electric discharge
Test to obtain discharge curve, by the discharge curve of each lead-acid accumulator monomer 50, dispatch from the factory when discharge and recharge
Characteristic curve and the real-time state parameter such as voltage obtaining, calculate the chargeability of each lead-acid accumulator monomer 50
With health degree to position and to change faulty lead-acid accumulator monomer 50, completely convenient.
The chargeability of battery refers to soc (state of charge), and the battery soc that electricity is full of is 100%,
With battery electric discharge in use, the electricity of battery is eventually reduced to 0, and now soc is 0%,
Soc reflects the battery condition of battery；The health degree of battery refers to soh (state of health), soh=
Present battery maximum capacity/battery nominal capacity * 100%, soh reflects the current capacity of battery with percentage ratio
Ability, one piece of new battery, its soh is greater than or equal to 100%, aging with battery, and soh is gradually
Decline, specify in ieee standard 1188-1996 to drop to 80% or less when battery capacity, i.e. soh≤80%
When, battery just should be replaced.Lead-acid accumulator monomer 50, as back-up source, understands back-up source at any time
In each lead-acid accumulator monomer 50 soh, for ensure standby power system reliable operation have greatly
Effect, in civil power power-off, when lead-acid accumulator monomer 50 discharges to power, recognizes in back-up source at any time
The soc of each lead-acid accumulator monomer 50, grasps back-up source for user and is also provided that standby electricity how long
Power has highly important effect, is also provided that supply of electric power how long by understanding back-up source, user can carry
Before take correspondingly measure.In addition, the application is due to introducing raw data acquisition unit 40, such that it is able to
Initial data when state parameter during each lead-acid accumulator monomer 50 is used dispatches from the factory with it is compared
Right, thus more accurately judging to one, the real-time status work of each lead-acid accumulator monomer 50, such as soh
Whether too low so that needing to change etc..
Cloud data control platform 30 also provides the monthly report of each lead-acid accumulator monomer 50 ruuning situation, root
According to state parameter, discharge curve, each lead-acid accumulator monomer 50 dispatches from the factory when initial data, provide soc
Electronic report with soh.
Cloud data control platform 30 store state parameter, discharge curve, each lead-acid accumulator monomer charged
The data such as rate and health degree, cloud data control platform 30 provides the full life money of lead-acid accumulator monomer 50
Produce management, that is, store and be available for former when calling the running state parameter of each lead-acid accumulator monomer 50 and dispatching from the factory
Beginning data, stores and is available for call each lead-acid accumulator monomer 50 from producing to the full Life Cycle during using
The data of period parameters, these data carry out lead-acid accumulator monomer 50 management service and durability analysis for expert
There is highly important effect, make user can carry out preventative maintenance, replacing to lead-acid accumulator monomer 50
And reparation, these data are also that the basis research and development of lead-acid accumulator provide solid data support, for example,
Cloud data control platform 30 using obtain the internal temperature of lead-acid accumulator monomer 50, voltage, electric current,
The data such as capacity, depth of discharge, discharge and recharge number of times, relative analyses lead-acid accumulator manufacturing process and application
The relation of environment, for the improvement of follow-up manufacturing process, the improvement of charge-discharge parameter and capacity of lead acid battery
Lifting provide data support.
The structure of the lead-acid accumulator control system above the application being proposed and principle explanation.Need specially to say
Bright, the lead-acid accumulator monomer 50 that draws in Fig. 1, intelligent gateway 20, cloud data control platform 30,
The quantity of raw data acquisition unit 40 is for illustrating, and not represents actual quantity, user can be according to reality
Feelings need, by some lead-acid accumulator monomers 50 being built-in with collecting unit 10 and servo unit 11 and intelligence
Gateway 20 connects, and some intelligent gateways 20 are connected with cloud data control platform 30.
Disclosed herein as well is a kind of lead-acid accumulator intelligence system, control system including above-mentioned lead-acid accumulator
System and lead-acid accumulator monomer 50, wherein each lead-acid accumulator monomer 50 is built-in with collecting unit 10 He
Servo unit 11.In order to save device, in one preferably embodiment, as shown in Fig. 2 lead acid storage battery
Pond intelligence system includes above-mentioned lead-acid accumulator control system, the first lead-acid accumulator monomer 51 and at least
Individual second lead-acid accumulator monomer 52.First lead-acid accumulator monomer 51 is built-in with collecting unit 10 and servo
Unit 11, and the second lead-acid accumulator monomer 52 is built-in with collecting unit 10.First lead-acid accumulator monomer
51 are connected with the second lead-acid accumulator monomer 52, the servo unit in the therefore first lead-acid accumulator monomer 51
After 11 can turn on and disconnect the first lead-acid accumulator monomer 51 and the second lead-acid accumulator monomer 52 series connection
Charging and discharging circuit.
The application propose lead-acid accumulator control system and intelligence system, can to lead-acid accumulator monomer 50 from
Produce the Life cycle parameter during using to be tracked detecting, lead-acid accumulator monomer 50 is dispatched from the factory
When initial data and actual application in the Data Comparison such as state parameter, to lead-acid accumulator monomer 50
Care and maintenance make correct judgement, soc and soh for calculating lead-acid accumulator monomer 50 provides
Enough data foundation, and traditional lead-acid accumulator monitoring system is to obtain lead-acid accumulator monomer
50 initial datas when dispatching from the factory, the maintaining that therefore it is made judges and soc and soh that calculate is ten
Divide inaccurate.The lead-acid accumulator control system that the application proposes works as the state ginseng of lead-acid accumulator monomer 50
When number is abnormal, send warning message in time cloud data control platform 30, to point out user to process in time, real
Show and lead-acid accumulator monomer 50 has remotely been controlled in real time and manages, and user can pass through cloud data pipe
Control platform 30 arranges running parameter to intelligent gateway 20, makes lead-acid accumulator monomer 50 be operated in optimum state.
The application, by above technological means, makes the life-span of lead-acid accumulator greatly be increased, only not straight
The economic benefit connecing, and decrease the quantity scrapped in advance of annual lead-acid accumulator and thus environment is made
The pollution becoming.
Above content is further description the application made with reference to specific embodiment it is impossible to recognize
Determine the application be embodied as be confined to these explanations.Ordinary skill for the application art
For personnel, on the premise of conceiving without departing from the present application, can also make and some simple deduce or replace
Change.
Claims (10)
1. a kind of lead-acid accumulator control system is it is characterised in that include:
It is built in the collecting unit in the housing of lead-acid accumulator monomer and servo unit, described collecting unit is used
State parameter during collection lead-acid accumulator monomer uses, described state parameter includes voltage, electric current
Internal temperature with lead-acid accumulator monomer；Described servo unit is used for disconnecting and turn on described lead-acid accumulator
The charging and discharging circuit of monomer；
Intelligent gateway, is communicated with collecting unit by wire communication loop or wireless communication link, timing acquisition
And upload the state parameter of the lead-acid accumulator monomer of collecting unit collection；Raw data acquisition unit, is used for
Obtain initial data when each lead-acid accumulator monomer dispatches from the factory；
Cloud data control platform, obtains and stores each lead-acid accumulator monomer that raw data acquisition unit obtains
Initial data when dispatching from the factory；Cloud data control platform is led to intelligent gateway also by wired or wireless communication link
Letter, receives the state parameter of the lead-acid accumulator monomer that intelligent gateway uploads；Described cloud data control platform is fixed
Phase drives intelligent gateway lead-acid accumulator monomer to be started with verification discharge test to obtain discharge curve, by each
The discharge curve of lead-acid accumulator monomer, initial data when dispatching from the factory and the real-time state parameter obtaining, calculate
Go out the chargeability of each lead-acid accumulator monomer and health degree to position and to change faulty lead-acid accumulator list
Body.
2. lead-acid accumulator control system as claimed in claim 1 is it is characterised in that described intelligent network
Close the charging disconnecting lead-acid accumulator monomer to collecting unit transmission when judging that the state parameter obtaining is abnormal to return
To control servo unit to disconnect charge circuit, described state parameter extremely includes voltage and reaches setting for the order on road
Voltage threshold, electric current reaches the current threshold of setting and internal temperature reaches the temperature threshold of setting.
3. lead-acid accumulator control system as claimed in claim 2 is it is characterised in that described intelligent network
Close and warning abnormal for state parameter is sent to cloud data control platform processes in time for user.
4. lead-acid accumulator control system as claimed in claim 2 is it is characterised in that user can pass through
Cloud data control platform arranges running parameter in intelligent gateway, and described running parameter includes voltage threshold, electricity
Stream threshold value and temperature threshold.
5. lead-acid accumulator control system as claimed in claim 1 is it is characterised in that described intelligent network
Close every n second with and each collecting unit of its communication connection communicate once, to obtain the shape that each collecting unit gathers
State parameter；Intelligent gateway periodically to communicate with connection collecting unit broadcast pair when synch command to ensure every n
Second just with and its each collecting unit of communicating to connect communicate once, wherein said n is the real number more than 0.
6. lead-acid accumulator control system as claimed in claim 1 is it is characterised in that described intelligent network
Close and can store the state parameter obtaining from each collecting unit when interrupting with cloud data management and control Platform communication, logical
After letter recovers, more automatically it is uploaded to cloud data control platform.
7. lead-acid accumulator control system as claimed in claim 1 is it is characterised in that described intelligent network
Close also by serial ports or network interface and power source communications；Described intelligent gateway is according to state parameter and original when dispatching from the factory
Whether data analysiss power supply is reasonable to the charge parameter of lead-acid accumulator monomer, and carries out real-time regulation, described
Charge parameter includes equal float charge voltage and charge cycle.
8. lead-acid accumulator control system as claimed in claim 1 is it is characterised in that described original number
Initial data when being dispatched from the factory according to each lead-acid accumulator monomer obtaining according to collecting unit is to each lead-acid accumulator list
Body carries out combo.
9. any one lead-acid accumulator control system as described in claim 1 to 8 it is characterised in that
Described initial data includes capacity and charge-discharge characteristic curve when lead-acid accumulator monomer dispatches from the factory.
10. a kind of lead-acid accumulator intelligence system is it is characterised in that include:
Any one lead-acid accumulator control system as described in claim 1 to 9；
First lead-acid accumulator monomer, described first lead-acid accumulator is built-in with described lead-acid accumulator and controls system
Collecting unit in system and servo unit；
At least one second lead-acid accumulator monomer, described second lead-acid accumulator monomer is built-in with described plumbic acid
Collecting unit in control system for accumulators；Described first lead-acid accumulator monomer and the second lead-acid accumulator list
Body is connected.
Priority Applications (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510431663.3A CN106374545B (en) | 2015-07-21 | 2015-07-21 | A kind of lead-acid accumulator control system and intelligence system |
| PCT/CN2015/088228 WO2017012172A1 (en) | 2015-07-21 | 2015-08-27 | Lead-acid storage battery system, control system, and smart system |
| US15/308,834 US20170163068A1 (en) | 2015-07-21 | 2015-08-27 | Lead-acid battery system, control system and intelligent system |
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| CN108120938A (en) * | 2017-12-22 | 2018-06-05 | 厦门科华恒盛股份有限公司 | A kind of data center with distributed battery monitoring system |
| CN111047297A (en) * | 2019-12-17 | 2020-04-21 | 广州市极越电子有限公司 | Battery life cycle management system and method |
| CN117706261A (en) * | 2024-02-06 | 2024-03-15 | 深圳市积加创新技术有限公司 | Monitoring method for health state of constant electric product based on electricity meter |
| CN117706261B (en) * | 2024-02-06 | 2024-05-17 | 深圳市积加创新技术有限公司 | Monitoring method for health state of constant electric product based on electricity meter |
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