White Paper - Six Critical Challenges for the Mechanical Testing of Lithium-Ion Batteries
(And How to Solve Them)
Lithium-ion batteries are a crucial pillar for vehicle electrification and will remain so for years to come. As the battery industry continues to innovate, advances in mechanical testing will become increasingly important.
Why? Because even organizations that have refined their knowledge of atomic-level battery efficiency for years may still have a limited understanding of the mechanical stresses that a battery will experience in operation, and how they impact performance and reliability.
Topics covered in this white paper include:
1. Defining mechanical testing procedures from the ground up.
2. Keeping pace with continuously changing testing requirements.
3. Generating the precise data needed to support simulation driven DTC/DFM modeling..
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Six Critical Challenges for the Mechanical Testing of Lithium-Ion Batteries (And How to Solve Them)
In this white paper, we explore how EV makers, component OEMs, and battery manufacturers can address some of the biggest challenges in LI battery mechanical testing—and why doing so is critical to keeping up in an industry defined by breakneck innovation.
Get your copy of the guide today!