JB/T 11142-2011 PDF English
US$370.00 · In stock · Download in 9 secondsJB/T 11142-2011: General requirement of charging equipment of lithium ion battery Delivery: 9 seconds. True-PDF full-copy in English & invoice will be downloaded + auto-delivered via email. See step-by-step procedureStatus: Valid
| Standard ID | Contents [version] | USD | STEP2 | [PDF] delivery | Name of Chinese Standard | Status |
| JB/T 11142-2011 | English | 370 |
Add to Cart
|
0-9 seconds. Auto-delivery
|
General requirement of charging equipment of lithium ion battery
| Valid |
Excerpted PDFs (Download full copy in 9 seconds upon purchase)PDF Preview: JB/T 11142-2011
JB/T 11142-2011: General requirement of charging equipment of lithium ion battery---This is an excerpt. Full copy of true-PDF in English version (including equations, symbols, images, flow-chart, tables, and figures etc.), auto-downloaded/delivered in 9 seconds, can be purchased online: https://www.ChineseStandard.net/PDF.aspx/JBT11142-2011
JB
MACHINERY INDUSTRY STANDARD
OF THE PEOPLE’S REPUBLIC OF CHINA
ICS 29.220
K 81
File No.:
General requirement of charging equipment of lithium-
ion battery
ISSUED ON: MAY 18, 2011
IMPLEMENTED ON: AUGUST 01, 2011
Issued by: Ministry of Industry and Information Technology of the
People's Republic of China
Table of Contents
Foreword ... 4
1 Scope ... 5
2 Normative references ... 5
3 Terms and definitions ... 7
3.1 extreme cell voltage ... 7
3.2 charge interface... 7
3.3 on-board charge equipment ... 7
3.4 pre-charge ... 7
4 Models and basic parameters ... 7
4.1 Models ... 7
4.2 Model representation method ... 8
4.3 Basic parameters ... 8
5 Technical requirements ... 10
5.1 Normal use conditions ... 10
5.2 Abnormal use conditions ... 10
5.3 Classification ... 10
5.4 Performance ... 11
5.5 Safe charging method ... 13
5.6 Charging mode ... 13
5.7 Communication network ... 14
5.8 Interface and communication protocol ... 17
5.9 Charging ... 18
5.10 Stop charging ... 19
5.11 Efficiency ... 19
5.12 Power factor ... 19
5.13 Operational performance ... 20
5.14 Safety requirements ... 20
5.15 Noise ... 24
5.16 Mechanical properties ... 24
5.17 Cabinet body ... 24
5.18 Requirements for supporting electrical parts ... 25
5.19 Cabinet body and assembly quality ... 25
5.20 Electromagnetic compatibility ... 25
6 Tests... 29
6.1 General rules ... 29
6.2 Exit-factory inspection ... 29
6.3 Type test ... 29
6.4 Test items ... 30
6.5 Test methods ... 30
7 Marks, packaging, transportation and storage ... 40
7.1 Marks ... 40
7.2 Interconnection mark ... 41
7.3 Pollutant discharge control mark ... 41
7.4 Packaging ... 41
7.5 Transportation ... 41
7.6 Storage ... 41
General requirement of charging equipment of lithium-
ion battery
1 Scope
This Standard specifies the terms and definitions, models and basic parameters,
technical requirements, tests, marks, packaging, transportation and storage for
charging equipment of lithium-ion battery.
This Standard is applicable to the charging equipment for lithium-ion battery
module or lithium-ion battery assembly composed of lithium-ion battery greater
than or equal to 6A·h. It can be also used for the charging equipment for nickel-
based battery and lead-acid battery module and assembly.
This Standard is applicable to the charging equipment that uses cables to
connect to battery module or assembly, with AC rated voltage not exceeding
660V and DC rated voltage not exceeding 1000V.
2 Normative references
The following referenced documents are indispensable for the application of
this document. For dated references, only the edition cited applies. For undated
references, the latest edition of the referenced document (including any
amendments) applies.
GB/T 156-2007, Standard voltage
GB/T 2423.5-1995, Environmental testing for electric and electronic products
Part 2: Test methods Test Ea and guidance: Shock
GB/T 2423.8-1995, Environmental testing for electric and electronic products
Part 2: Test methods Test Ed: Free fall
GB/T 3047.1-1995, Series of basic dimensions of panels, rack and cabinets
for vertical increment of 20mm
GB/T 3859.1-1993, Semiconductor convertors - Specification of basic
requirements
GB/T 3859.3-1993, Semiconductor convertors - Transformers and reactors
GB 4208-2008, Degrees of Protection Provided by Enclosure (IP Code)
3 Terms and definitions
For the purposes of this document, the following terms and definitions apply.
3.1 extreme cell voltage
the voltage of the battery cell with the maximum or lowest voltage in the lithium-
ion battery pack; during the charging process, it specifically refers to the voltage
of the maximum voltage battery cell, and in the process of discharging, it refers
to the voltage of the lowest voltage battery cell
3.2 charge interface
the general term for the communication interface and circuit interface of the
lithium-ion battery assembly controller (BECU) connected to the charging
equipment, of which except for the positive and negative connection ports of
the charging power supply, it also includes part or all of the positive and
negative connection interfaces of the network power supply, the charging
control pilot circuit interface, the charging control circuit interface, and the I/O
charging control circuit interface
3.3 on-board charge equipment
the charging equipment installed on motorized device or motor vehicle
3.4 pre-charge
when the minimum voltage of battery cell is lower than the minimum allowable
value, before the minimum voltage of battery cell rises to the minimum allowable
charging voltage, the voltage recovery charging process that uses the current
less than the rated charging current; when the minimum voltage of battery cell
rises above the minimum allowable voltage, the pre-charge process can be
ended, and it will switch to normal charging
4 Models and basic parameters
4.1 Models
A model consists of structure characteristics, cooling method, rated output
voltage and rated output current. The arrangement is shown in Figure 1.
4.3.3 DC power supply
The rated value of DC power supply voltage of the charging equipment shall
meet the requirements of 4.6 in GB/T 156-2007. Preferred values are 110V,
220V, 440V, 600V, 750V, 1000V.
4.3.4 Output voltage range
The minimum output DC voltage of the charging equipment shall be less than
or equal to 50% of the rated output voltage. The maximum output voltage shall
be greater than 110% of the rated output voltage.
When the output voltage range requirement is greater than the above
regulations, it shall be stipulated in the contract.
The preferred value of the DC output rated voltage of the charging equipment
shall be selected from the following values: 16V, 32V, 48V, 63V, 95V, 126V,
200V, 330V, 420V, 530V, 630V.
4.3.5 Output current range
The maximum output current of the charging equipment shall be greater than
or equal to 105%. If the output current range is required to exceed the above-
mentioned stipulations, it shall be stipulated in the contract. The optimization of
the rated output current of the charging equipment shall be selected from the
following values: 2A, 5A, 10A, (16A), 20A, (30A), (40A), 50A, (80A), 100A,
(125A), 160A, 200A , (250A), (300A), (400A), (500A).
NOTE: Bracketed ones are non-preferred values.
4.3.6 Load level of charging equipment
The load level of the charging equipment is level 1 specified in GB/T 3859.1-
1993.
4.3.7 Equipment dimensions
Fixed or mobile equipment adopts cabinet type or chassis type. External
dimensions refer to the external dimensions of the skeleton, excluding
dimensions of attached boards, door panels protruding from the frame, handles
and rings.
The external dimensions shall meet the requirements in GB/T 3047.1-1995.
Due to the limitation of vehicle space, the on-board shell is determined in the
technical agreement by the manufacturer and the demander through
negotiation.
5.4.1 Output voltage stability accuracy (stabilization accuracy)
When used for charging lithium-ion battery, the charging equipment must be
connected to the lithium-ion battery module or the lithium-ion battery assembly,
to form the charging system based on extreme battery cell. While charging at
stable voltage, the maximum voltage of battery cell shall not exceed ±1% of the
specified voltage limit and be less than or equal to ±30mV. The accuracy of
voltage stabilization shall comply with the provisions of 3.5 in JB/T 10095-1999.
5.4.2 Output current stability accuracy (steady current accuracy)
When the charging equipment is in a steady-current charging state, the output
current stability accuracy shall meet the requirements of 3.7 in JB/T 10095-
1999.
5.4.3 Voltage limiting characteristics
When used to charge lithium-ion battery, when the charging equipment is in a
steady-current charging state and the voltage of the maximum voltage of
battery cell reaches the specified value, the charging current shall automatically
decrease. Make the maximum voltage of battery cell not exceed ±1% of the
specified voltage limit and be less than or equal to ±30mV. The automatic
voltage adjustment range shall not be less than 40% of the rated voltage.
5.4.4 Current limiting characteristics
When used to charge lithium-ion battery, when the charging equipment is in a
regulated charging state and the charging current reaches the specified value,
the charging voltage shall automatically decrease. Make the charging current
not exceed ±2% of the specified voltage limit. The automatic current adjustment
range is 10%~100%.
5.4.5 Circuit breaker
There shall be a circuit breaker between the charging equipment and the battery.
When necessary, the battery module or battery assembly can be connected to
or disconnected from the charging equipment and the battery through the circuit
breaker.
5.4.6 Output voltage adjustment range
The adjustment range of the output voltage of the charging equipment shall be
greater than or equal to 40%~115% of the rated output voltage. When there are
specific provisions in the contract, it shall comply with the provisions of the
contract.
5.4.7 Output current adjustment range
5.9 Charging
5.9.1 Charging of general type charging equipment
The startup of general type charging equipment must meet the following
requirements:
a) The self-check system of charging equipment is normal, in accordance
with the conditions to start charging;
b) The charging equipment is firmly connected to the charging connector of
the battery module or assembly. Connection is realized;
c) Battery module or assembly self-check is normal, in accordance with the
charging conditions. According to the provisions of the communication
protocol, a control instruction to allow charging is issued to the charging
equipment;
d) The battery module and assembly have sent relevant data to the charging
equipment according to the stipulated agreement;
e) The charging equipment completes the charging related operations
according to the data sent by the battery module or assembly. The relevant
data for user confirmation is output through the human-machine interface;
f) After the user confirms and sends out the start charging instruction, the
charging process has just officially started;
g) When necessary, it is necessary to operate the special equipment on the
charging equipment to allow the charging equipment to be started without
some or all of the above procedures.
5.9.2 Charging of basic type and I/O type charging equipment
The start-up of basic and I/O charging equipment shall meet the following
requirements:
a) The charging equipment and the battery module or assembly have been
reliably connected through a dedicated charging connector;
b) The battery cell monitoring circuit and charging control circuit in the battery
module or assembly are in a normal state;
c) All battery cells comply with the technical state that allows charging;
d) When necessary, it is necessary to operate the special equipment on the
charging equipment to allow the charging equipment to be started without
some or all of the above procedures.
supply charging equipment shall be greater than or equal to 90%.
The rated power factor of single-phase high-frequency switching power supply
charging equipment shall be greater than or equal to 84%.
5.13 Operational performance
Operational performance shall meet the following:
a) The charging equipment is put into operation (startup). The instantaneous
value of the maximum voltage of battery cell shall not exceed 1% of the
specified voltage limit, and be less than or equal to 30mV;
b) When the maximum voltage of battery cell is lower than the specified
voltage limit value, start the charging equipment. The output DC voltage
shall not exceed 2% of the specified voltage limit;
c) If it has soft-start performance, when it is put into operation, the output
voltage shall continuously rise to the rated value within 3s~8s;
d) When the digital charging equipment is put into operation, the time for the
voltage to rise to the rated value shall comply with the manufacturer's
specific requirements in the product technical documentation.
5.14 Safety requirements
5.14.1 Enclosure protection level
The enclosure protection level of equipment for indoor fixed use shall not be
lower than IP20 specified in GB 4208-2008.
The enclosure protection level of equipment for outdoor fixed or mobile use
shall not be lower than IP56 specified in GB 4208-2008.
The protection level of the on-board equipment enclosure shall not be lower
than IP55 specified in GB 4208-2008.
The safety grounding terminal shall be installed in an easy-to-connect position.
Set an obvious grounding symbol. Doors equipped with electrical components
shall have safety grounding terminals. Use wires to connect with the cabinet.
The screws and grounding points connecting the ground wire shall not be used
for any other mechanical fastening purposes.
5.14.2 Electrical distance and creepage distance
The electrical clearance and creepage distance of the main circuit such as the
bus bar shall meet the requirements of Table 12.
immediately stop charging. Disconnect the charging equipment from the
battery. Send sound and light warning signals. General type charging
equipment shall also display fault information.
b) When the short-circuit fault disappears, the charging equipment shall work
normally. High-frequency switching power supply charging equipment
shall have no damage to parts or loss of function. For the thyristor phase-
controlled charging equipment, in addition to allowing the output fast fuse
to blow, there shall be no damage to other parts or loss of function.
5.14.5.4 Grid voltage over-limit protection
The charging equipment shall be protected when the grid voltage is higher than
120% of the rated value or lower than 80% of the rated value. Send sound and
light warning signals.
5.14.5.5 Grid voltage phase failure protection
For the charging equipment of three-phase input, when the grid voltage is out
of phase, it shall be able to protect and send sound and light warning signals.
5.14.5.6 Over-temperature protection
When the charging equipment is operating normally, if the temperature of its
key components is abnormal and exceeds the limit value, it shall be protected.
Send sound and light warning signals.
5.14.5.7 Connection protection of charging connector
The connection protection of the charging connector shall meet the following
requirements:
a) When the charging connector is not connected or the connection is
unreliable, the converter circuit of the charging equipment shall be
automatically disconnected from the input power supply. The positive and
negative poles of the charging output shall be disconnected from the
connector. The charging equipment shall be prohibited from starting
operations;
b) The charging connector shall have technical measures to prevent short-
circuit, burning and other accidents caused by DC arc during live plugging
and unplugging operations. When charging normally, if the charging
connector is operated, the charging equipment shall automatically stop
charging. Before the charging connector is separated from the charging
positive and negative connectors, the charging current flowing through the
connector drops below a value that does not generate a current that is
dangerous to safety. And it does not produce arcs that may cause short
f) When the charging equipment is in the charging state based on extreme
battery cell, if it is not possible to establish a normal connection with the
battery module or assembly, the charging operation of starting charging
equipment is prohibited. Send alarm signals.
g) When the charging equipment is in the regular charging mode based on
the terminal voltage and is connected to a lithium-ion battery that must be
based on the extreme battery cell charging mode, the charging operation
of starting charging equipment is prohibited. Send alarm signals.
h) The charging equipment shall be equipped with an emergency shutdown
device. If necessary, the charging can be stopped immediately by
operating the emergency shutdown device. Disconnect the charging
equipment from the input power supply and battery.
5.14.5.10 Insulation protection
Insulation protection shall meet the following requirements:
a) The charging equipment shall have insulation monitoring device. When
the insulation between the grid side and the valve side, the grid side and
the electric chassis, and the valve side and the electric chassis drops more
than the allowable value, it shall alert in time. Stop charging if necessary.
Disconnect the charging equipment from the input power supply and
battery;
b) When the insulation monitoring device of the battery module and assembly
sends the insulation drop to the charging equipment to exceed the
allowable value and request to stop charging, it shall immediately stop
charging. Disconnect the charging equipment from the battery.
5.15 Noise
The noise shall meet the requirements of 3.16 in JB/T 10095-1999.
5.16 Mechanical properties
The charging equipment shall be able to withstand the impact specified in GB/T
2423.5-1995 and the free drop test specified in GB/T 2423.8-1995. After the
test, its appearance and structure shall not be damaged, and it can work
normally.
5.17 Cabinet body
The cabinet body shall meet the following requirements:
a) The cabinet body shall have sufficient mechanical strength. The surface
5.20.1.2 Electrostatic discharge immunity
The charging equipment shall be able to withstand the contact discharge test
of 6kV test voltage and the air discharge test of 8kV.
The charging equipment is allowed to lose performance during the test. But it
is not allowed to change the operating state or stored data. The charging
equipment shall be able to work normally after the test. Do not allow
performance degradation or performance below the performance level
specified by the manufacturer.
5.20.1.3 Radio frequency electromagnetic field radiation immunity
In the frequency range of 80MHz to 1000MHz, it shall be able to withstand 3V/m
radio frequency electromagnetic disturbance test.
The charging equipment shall be able to work continuously and normally.
During normal operation, performance degradation or loss of performance is
not allowed to be lower than the performance level specified by the
manufacturer.
In the frequency range of 80MHz to 1000MHz, it shall be able to withstand
10V/m radio frequency electromagnetic disturbance.
The charging equipment is allowed to lose performance during the test. But it
is not allowed to change the operating state or stored data. The charging
equipment shall be able to work normally after the test. Do not allow
performance degradation or performance below the performance level
specified by the manufacturer.
5.20.1.4 Electrical fast transient / pulse group immunity
It shall be able to withstand the electrical fast transient pulse group immunity
test with the test level as level 3 specified in GB/T 17626.4-2008.
The charging equipment is allowed to lose performance during the test. But it
is not allowed to change the operating state or stored data. The charging
equipment shall be able to work normally after the test. Do not allow
performance degradation or performance below the performance level
specified by the manufacturer.
5.20.1.5 Surge (impact) immunity
It shall be able to withstand 1.2/50μs (voltage) ~ 8/20μs (current) surge (impact)
test. The test voltage is 2kV±0.2kV.
The charging equipment is allowed to lose performance during the test. But it
6 Tests
6.1 General rules
The test is divided into exit-factory test and type test.
The general requirements and test methods related to the test shall meet the
requirements in GB/T 3859.1-1993 and GB/T 13422-1992.
The test is generally carried out by the manufacturer. If individual tests need to
be carried out after on-site installation, it shall be stated in the contract or
relevant technical documents.
When testing by the manufacturer, reliability test and compliance test can use
resistive load. The test load in terms of charging control characteristics and
control accuracy shall be a lithium-ion battery that meets the requirements.
When there are special requirements, specific provisions shall be made in the
contract.
The tests of power transformers and reactors shall meet the requirements in
GB/T 3859.3-1993.
The accuracy level of the instruments and meters used in the test shall not be
less than level 0.5. The accuracy of the digital voltmeter used to measure the
voltage of a single battery shall not be less than 0.2%.
6.2 Exit-factory inspection
The assembled charging equipment shall undergo the exit-factory test one by
one. After the test is conforming, the exit-factory test certificate shall be issued.
During the test, if there is only one item that does not meet the specified
requirements, retest after rework is allowed. Only after passing the retest can
the exit-factory test pass certificate be issued.
6.3 Type test
In addition to the provisions in 6.2 of GB/T 3859.1-1993, the following provisions
are supplemented:
a) Products newly designed and put into production or transferred to factories;
b) When changes in design, process, materials, and main components may
affect performance;
c) When production has been discontinued for more than two years;
......
Source: Above contents are excerpted from the full-copy PDF -- translated/reviewed by: www.ChineseStandard.net / Wayne Zheng et al.
Tips & Frequently Asked QuestionsQuestion 1: How long will the true-PDF of English version of JB/T 11142-2011 be delivered?Answer: The full copy PDF of English version of JB/T 11142-2011 can be downloaded in 9 seconds, and it will also be emailed to you in 9 seconds (double mechanisms to ensure the delivery reliably), with PDF-invoice. Question 2: Can I share the purchased PDF of JB/T 11142-2011_English with my colleagues?Answer: Yes. The purchased PDF of JB/T 11142-2011_English will be deemed to be sold to your employer/organization who actually paid for it, including your colleagues and your employer's intranet. Question 3: Does the price include tax/VAT?Answer: Yes. Our tax invoice, downloaded/delivered in 9 seconds, includes all tax/VAT and complies with 100+ countries' tax regulations (tax exempted in 100+ countries) -- See Avoidance of Double Taxation Agreements (DTAs): List of DTAs signed between Singapore and 100+ countriesQuestion 4: Do you accept my currency other than USD?Answer: Yes. www.ChineseStandard.us -- JB/T 11142-2011 -- Click this link and select your country/currency to pay, the exact amount in your currency will be printed on the invoice. Full PDF will also be downloaded/emailed in 9 seconds. How to buy and download a true PDF of English version of JB/T 11142-2011?A step-by-step guide to download PDF of JB/T 11142-2011_EnglishStep 1: Visit website https://www.ChineseStandard.net (Pay in USD), or https://www.ChineseStandard.us (Pay in any currencies such as Euro, KRW, JPY, AUD).
Step 2: Search keyword "JB/T 11142-2011".
Step 3: Click "Add to Cart". If multiple PDFs are required, repeat steps 2 and 3 to add up to 12 PDFs to cart.
Step 4: Select payment option (Via payment agents Stripe or PayPal).
Step 5: Customize Tax Invoice -- Fill up your email etc.
Step 6: Click "Checkout".
Step 7: Make payment by credit card, PayPal, Google Pay etc. After the payment is completed and in 9 seconds, you will receive 2 emails attached with the purchased PDFs and PDF-invoice, respectively.
Step 8: Optional -- Go to download PDF.
Step 9: Optional -- Click Open/Download PDF to download PDFs and invoice.
See screenshots for above steps: Steps 1~3 Steps 4~6 Step 7 Step 8 Step 9
|