Testing
Battery:
Safety Tests
Safety is an essential component in the development of batteries and the broad acceptance of e-mobility.
To ensure that the behavior in the event of a fault and under extreme conditions can be simulated realistically and reproducibly, we offer extensive safety tests based on the current battery standards.
These primarily include electrical, thermal and mechanical interlock and misuse tests in the form of:
- Overheat
- Overload
- Mechanical damage
- Nail
- Crush
- Drop Test
- Short Circuit
- Internal
- External
Common Battery Standards:
- ECE R100 & ECE R136
- SAE J2464
- IEC 62133
- UN 38.3 & LV124
- IEC 62620
- IEC 62281
- IEC 62660
- GB/T 31467.3-2015
- RTCA DO-227B
- SAND2005-3123 & SAND2017-6925
- GB38031-2025
Examples
Thermal Runaway & Thermal Propagation
by Nail E-BikeBatterypack 36V 19Ah
Test Object: Lithium Ion Battery Pack
Voltage: 36V
Capacity: 19Ah
SoC: 100%
Reaction Classification
According to IEC 62660: Hazard Level 6
Internal Short Circuit due to Nail
Test Object: Lithium Ion Cell
Voltage: 3.7V
Capacity: 5.000 mAh
SoC: 100%
Reaction Classification
According to IEC 62660: Hazard Level 6
Thermal Runaway & Thermal Propagation
by Nail E-Bike Batterypack 36V 19Ah
Test Object: Lithium Ion Battery Pack
Voltage: 36V
Capacity: 19Ah
SoC: 100%
Reaction Classification
According to IEC 62660: Hazard Level 6
Services
TESTING
SPECIAL TEST
BENCHES
