Inadequate heat dissipation during high-load cycles leads to cell degradation and thermal runaway. Mitigating heat buildup ensures battery longevity and operational safety in electric vehicles.

Inefficient heat removal from dense electrical assemblies leads to thermal runaway and reduced cycle life. Effective heat extraction ensures operational safety and maintains peak power density.

Excessive heat accumulation in battery packs leads to catastrophic failure and reduced cycle life. Mitigating this thermal instability ensures operational safety and prevents degradation in high-power electrical systems.

Fluid loss and environmental contamination during the mating of liquid-cooled interfaces. Preventing unintended discharge ensures electrical safety and system pressure integrity.

Excessive heat accumulation during high-load cycles causes thermal runaway and cell degradation. Efficient heat removal ensures safety and extends battery lifecycle.