Inadequate sealing at the junctions of multi-cell storage modules leads to environmental contamination or electrolyte escape. Preventing these failures ensures long-term electrochemical stability and operational safety in automotive environments.

Vulnerability of high-voltage battery enclosures to underbody strikes and kinetic energy transfer. Preventing structural breach ensures battery integrity and vehicle safety.

High manufacturing complexity and poor spatial utilization during vehicle integration. Streamlining these processes reduces production costs and increases energy density.

Standard battery enclosures often fail to contribute to the mechanical rigidity of the vehicle chassis. Integrating the housing as a load-bearing element reduces total vehicle weight and improves crash safety.