Rigid end plate assemblies often suffer from vibration-induced fatigue and thermal expansion stresses at cell connection points. Mitigating these mechanical failures ensures long-term electrical continuity and pack structural integrity.

Cell swelling and gas generation during cycling cause mechanical stress that compromises pack integrity. Preventing housing distortion ensures safety and maintains electrical contact pressure.

Mechanical failure and shifting of heavy battery components during high-inertia movement. Preventing structural collapse ensures safety and prevents electrical shorts during vehicle operation.