Lithium ion battery pack short circuit testing machine

Laboratory Battery Short Circuit Test Box Scheme sTANDARD FEATURES

Lithium-ion battery pack short circuit tester performance characteristics, product advantages and selection points

Lithium-ion battery pack short circuit tester is used to evaluate the safety and performance of battery packs under short-circuit conditions, which is widely used in electric vehicles, energy storage systems and other fields. The following are its performance characteristics, product advantages and selection points.

I. Performance Characteristics

1. 

High-precision testing

- Accurately measures battery pack voltage, current and temperature, providing real-time monitoring to ensure accurate data.

2. 

Safety Protection Function

- Over-current and over-temperature protection, automatic stop when the test process exceeds the standard, to avoid damage or accidents.

- Automatic power-off function, protects the equipment in case of short-circuit abnormality.

3. 

Adjustable test parameters

- Support different types of short-circuit simulation, adjustable test time, to adapt to different testing needs.

4. 

Multi-channel parallel testing

- Multiple battery packs can be tested at the same time to improve efficiency, suitable for batch testing.

5. 

Automation control and data recording

- Automatically complete the test and generate detailed reports, data storage and analysis functions to improve testing efficiency.

6. 

High safety design

- High temperature resistant and fireproof materials to ensure the safety of personnel and equipment during testing.

Product Advantages

1. 

Enhance battery safety

- Through the short circuit test, potential risks are found in advance, improving the safety of battery packs.

2. 

Strong adaptability

- Compatible with different sizes and types of battery packs to meet diversified needs.

3. 

High efficiency and energy saving

- Automated testing improves efficiency and reduces energy waste.

4. 

Multi-functional testing

- In addition to short-circuit test, it also supports temperature rise, battery reaction and other functions to meet comprehensive testing needs.

5. 

Real-time monitoring and data analysis

- Real-time monitoring and automatic recording of test data for later analysis and improvement.

6. 

Simple operation

- Friendly user interface, easy to operate, suitable for personnel of different skill levels.

III. Selection points

1. 

Test current and voltage range

- Confirm that the current and voltage range of the test model matches the battery pack specifications.

2. 

Safety protection mechanism

- Select equipment with effective over-current and over-temperature protection to ensure safety.

3. 

Multi-channel support

- If batch testing is required, choose the model that supports multi-channel parallel testing to improve efficiency.

4. 

Automation and data analysis function

- Choose equipment with high automation and support for data analysis to improve testing efficiency and accuracy.

5. 

Equipment stability and durability

- Select equipment with good stability and durability to ensure efficient work for a long time.

6. 

After-sales service and technical support

- Select suppliers that provide good after-sales service and technical support to reduce maintenance costs.

IV. Summary

Lithium-ion battery pack short circuit tester is an important tool to ensure the safety of battery packs. Selection should focus on key factors such as testing accuracy, safety protection, automation, channel support, etc., to ensure that the equipment meets the actual needs and improves work efficiency.