Battery pack short-circuit tester/warm battery short-circuit test chamber/lithium battery short-circuit tester

Short Description:

Product use: The battery pack short-circuit equipment is mainly used for the safety verification test of power battery cells, monomers, modules, PACK-level battery packs and structural parts of new energy projects. Simulate the short-circuit situation of battery cells, cells, modules, and PACK-level battery packs during use, transportation and storage to evaluate the safety performance of batteries. Present the actual use of battery packs or systems in the laboratory, find and solve problems,...


Product Detail

Product Tags

Product use: The battery pack short-circuit equipment is mainly used for the safety verification test of power battery cells, monomers, modules, PACK-level battery packs and structural parts of new energy projects. Simulate the short-circuit situation of battery cells, cells, modules, and PACK-level battery packs during use, transportation and storage to evaluate the safety performance of batteries. Present the actual use of battery packs or systems in the laboratory, find and solve problems, optimize product design, and improve product quality

Product manual:
1. Application of battery pack short circuit equipment: It is mainly used for the safety verification test of power battery cells, monomers, modules, PACK and other battery packs and structural parts of new energy projects. Simulate the short-circuit situation of battery cells, monomers, modules and PACK battery packs during use, transportation and storage to evaluate the safety performance of the battery. Present the actual use of battery packs or systems in the laboratory, find and solve problems, optimize product design, and improve product quality.
2. The battery pack short-circuit equipment is composed of a short-circuit control box, a vacuum arc extinguishing device, a short-circuit terminal wiring, a data acquisition system and a computer for data analysis.
Overview of battery pack short-circuit equipment design: The short-circuit equipment is designed based on the requirements of various battery short-circuit test standards, that is, it meets CB31467.31CB31485\UU25801SAE
J24641SAEJ2929\UN38.3ECER100\IEC6213UL1642\ Qc / T 743 and “”863i Plan”" Energy-Saving and New Energy Vehicle Major Projects – 2008 EV Lithium-ion Power Battery Performance Test Specifications and other standards; short-circuit devices must meet the internal resistance range according to the standard <5m or >5m2&<10m or >10m2&く20m or >40m&く50m or >80m&100m2 to obtain the maximum short-circuit current of the test; the circuit design of the short-circuit device can also withstand the impact of a large current of 16000A, so we choose industrial grade mechanical suction”

 

Fulfill the standard:
1. CB31467.3 “Lithium-ion power battery packs and systems for electric vehicles No. 3: Safety requirements and test methods”
2.CB/T 31485-2015 “Safety Requirements and Test Methods for Power Batteries for Electric Vehicles”
QC/ T 743-2006 “Lithium-ion batteries for electric vehicles”
CB/T 18332-2015 “Zinc Air Batteries for Electric Vehicles”
5. Ji 2580-2013 “Electric Vehicle Battery Safety Standards”
6. SAND99-0497 “American Automotive Power Battery Test Standard”
7. SAE J2464 “Electric and Hybrid Electric Vehicle Charging and Energy Storage Safety and Abuse Test”
8. SAE J2929-2013 “Safety Standard for Electric and Hybrid Vehicle Propulsion Battery Systems.” Lithium-based rechargeable battery” and other test standards

technical parameter
Impulse voltage AC 1kv/1.2-50us (peak) lmin
Action characteristics Cold state pull-in voltage 66%Us
Cold release voltage bucket 30%Us,*5%Us
Action time Pull-in time/release time: 20ms
Maximum operating current duration ≥10ms5.5.
Voltage acquisition range 0-1000v
Voltage resolution 0.01v
Voltage measurement accuracy ±0.5% (full scale)
Voltage set channel Standard 1 channel, isolated between channels, can support expansion
Rated test current ≥10000A
Maximum operating current ≥15000A
Maximum pulse current ≥16000A
Current acquisition range 0-15000A
Current measurement accuracy 1000A-15000A, the accuracy is ±0.5%
Current resolution 0.1A
Current acquisition channel Standard 1 channel, isolated between channels, can support expansion
Temperature acquisition range -200—1350℃
Temperature acquisition accuracy ≤±1.5℃
temperature acquisition channel Standard 12 channels, isolated between channels, can support expansion
Data collection frequency 7.19.1.10ms-lhr, 19 kinds can be set (if the test channel is more

than 15 channels at the same time, the acquisition frequency can

be set as 20ms-1hr)

7.19.2. Due to the high frequency of data collection, the

data read and recorded by the device in real time can be

consistent with the actual data

Runtime recording accuracy ≤±0.1% (full scale)
Test Data The voltage/current/temperature data is displayed and

recorded on the control software in real time, and the

voltage/current/temperature/time curve is automatically drawn

way to control Using remote touch screen control + remote control +

computer (for data analysis and video monitoring)

short circuit Mechanical pull-in (contactor pneumatic pull-in, synchronous

forced disconnection device when disconnected) + vacuum arc

extinguishing device

Short circuit cut-off condition Short circuit can be stopped by setting voltage and time parameters
Device circuit resistance <5m,>5m&<10m오,>10m오&<20m오,>40m오&<50m,>80m&<100m,

the corresponding rated test currents satisfy 10000A,

10000A, 5000A, 5000A, 3000A, respectively. It includes the

electrical components inside and outside the device + the internal

resistance of the cable + the internal resistance of the fixture.

Short circuit terminal wiring <5m,>5m&<10m,>10m오&<20m,>40m&<50m,>80m&<100m, 1 pair each,
The length of the wrong line is not less than 6 meters, and there are 5 pairs in total. The cross-sectional area of ​​the soft copper wire at the output end of the device is not less than 2000mm²
Short circuit internal

resistance switching mode

Manual switching, one end of the short-circuit terminal wire is a through nose,

which can be fixed by bolts with the screw holes of the contactor, and the other

end is a battery clamp with copper terminals, which can be directly clamped on

the positive and negative poles of the battery to replace It can be replaced by

simply removing the fixing bolts

Short circuit test response time

(short circuit start to close to fully closed)

≤10ms
Mechanical life 300,000 times
Electrical life 50,000 times
Remote control distance No solid barrier 10m
short circuit time 0-9999H59M59S can be set

lithium battery short-circuit test machine


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