Battery Testing Calorimeter
The Large Battery Testing Calorimeter is a high-precision thermal analysis instrument specifically designed for the thermal runaway testing research of lithium-ion batteries, sodium-ion batteries, solid-state batteries, as well as battery modules and packs. This device can simulate the adiabatic environment of the battery thermal runaway process, reveal the mechanism of battery thermal runaway, quantify battery thermal stability and disaster-causing hazards, and provide a reliable data source.
Test Parameters
Thermal Runaway Onset Temperature, Maximum Rate of Temperature Rise, Adiabatic Temperature Rise, Specific Heat Capacity, etc.
Applicable Fields
Battery Pack, Battery Cell
Keywords
Battery Cell Testing, Lithium-ion Battery Testing, Battery Performance Testing
Description
Features
Specifications
Applications
Videos
Download
FAQ
Description
Product Uses
- Battery Thermal Runaway Analysis: Investigate the triggering mechanisms of thermal runaway and assess battery safety.
- Battery Heat Release Rate Testing: Measure the heat release process of batteries to provide data support for thermal management.
- Regulatory Certification Testing: Complies with battery safety standards such as UL 9540A, ASTM E1981-98(2012), GB/T 36276-2023, etc.
- Thermal Management Optimization: Assist companies in optimizing battery cooling systems and heat dissipation designs.
Notes
- Check the battery status before testing to ensure there is no short circuit, damage or leakage.
- The laboratory environment needs to be well ventilated to avoid the accumulation of harmful gases.
- Equipment operators need to receive professional training to ensure safe operation.
- Regularly maintain the temperature sensor and cooling system to ensure measurement accuracy.
- Avoid external force impact on the battery during the test to prevent experimental data errors or accidental safety accidents.
Product Type
- Check the battery condition before testing to ensure there are no short circuits, damage, or leaks.
- The laboratory environment should be well-ventilated to prevent the accumulation of harmful gases.
- Equipment operators must receive professional training to ensure safe operation.
- Regularly maintain the temperature sensors and cooling system to ensure measurement accuracy.
- Avoid external impacts on the battery during testing to prevent errors in experimental data or accidental safety incidents.
Customer needs
- Laboratory Grade: Suitable for testing individual battery cells and modules.
- Industrial Grade: Supports testing of large-size batteries and modules.
- Customized Models: Custom solutions can be provided based on industry needs.
Service & Support
- Remote and on-site technical support.
- Equipment maintenance and calibration services.
- User training to enhance operational standards.
- Software upgrades to optimize data analysis capabilities.
Features
Specifications
| Adiabatic Furnace Dimensions | Diameter 420mm, Depth 520mm |
| Self-exothermic Detection Sensitivity | 0.02℃/min to 0.05℃/min |
| Temperature Difference between Furnace and Sample in Constant Temperature | ≤0.5℃ |
| Temperature Control Range | RT to 300℃ |
| Temperature Tracking Rate | 0.02℃/min to 13℃/min |
| Sealed Canister Pressure Range | 0 to 2MPa |
| Maximum Needle Travel | Setting through software |
| Charge and Discharge Column Overcurrent Capability | -500A to 500A |
Applications
Videos
Instruction
Large Battery Adiabatic Calorimeter
BAC-420AE
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FAQ
How does the Battery Testing Calorimeter achieve accurate measurements?
It features a high-precision low-drift temperature measurement module based on semiconductor temperature control, enhancing the system's testing stability and accuracy. This ensures real-time tracking, environmental adiabatic conditions, and precise calorimetry.
What types of battery tests are supported?
It supports testing of lithium-ion, sodium-ion, solid-state batteries, and batteries in various packaging forms, including individual cells, modules, and packs. We have many cooperative customers in China, such as Huawei and BYD, and we have also worked with numerous research institutions to test various types of batteries. We believe we can meet your testing needs. Feel free to contact us for in-depth technical exchanges.
How is safety ensured during the testing process?
The pressure-relief furnace is equipped with a double protection system of an internal bursting disc and an external explosion-resistant box, creating a protective barrier for the experiment.
Which international safety standards does the equipment comply with?
It complies with battery safety testing standards such as UL 9540A, ASTM E1981-98(2012), GB/T 36276-2023, etc.
How should the equipment be maintained?
We provide professional equipment maintenance materials and conduct offline training during product delivery to ensure you can use and maintain the equipment safely and accurately.
6.Can the testing requirements be customized?
Yes, the equipment supports parameter customization to meet the special testing needs of different industries, such as low-temperature testing, large-capacity battery testing, and testing of new types of batteries.
For more information, please contact us to obtain a detailed solution.
