Structural integrity of high-voltage batteries under underbody load
Testing standard:
Without standard
Product information
Test to evaluate the structural integrity and safety of high-voltage storage modules (HVSM) under mechanical impact from below, such as that which can occur when driving over bollards, bumps, or obstacles. The test simulates real-life load situations during driving in order to identify potential structural or safety risks at an early stage and to evaluate the mechanical load capacity of the system.
In the test procedure, a defined biaxial dynamic intrusion is applied using a test body along a specified trajectory. The test can be performed on both dummy systems and real high-voltage storage modules. Optionally, a detailed analysis of the structural behavior can be performed by recording dynamic parameters using a GOM measuring system.
Scope of services:
- Simulation of underbody loads (e.g., driving over bollards, bumps, obstacles)
- Evaluation of the structural integrity and safety of the high-voltage storage system
- Performed on real HV storage systems or dummy systems
- Application of defined dynamic forces using a test specimen
- Optional optical measurement data acquisition with GOM system for analysis of deformation and relative movement
Technical data
| Test standard: | Without standard |
|---|---|
| Procedure: | 1/2- axial servohydraulic |
| Norm type: | Without test standard |
| Test Category: | Mechanical Testing |
| Test Method: | Durability Test , Load test , Mechanical Testing , Structural Durability Testing |
| Industry: | Automotive |
