Excessive heat accumulation in power semiconductors and control modules leads to hardware degradation or immediate system shutdown. Mitigating this prevents permanent electronic damage and ensures operational reliability in high-load vehicle environments.

Inadequate thermal exchange between high-power components and the environment leads to thermal throttling or hardware failure. Increasing heat transfer efficiency prevents component degradation and allows for higher power density in compact vehicle and electronic systems.

Inadequate heat removal from high-power electronic components leads to thermal throttling and device failure. Improving the rate of heat transfer prevents catastrophic overheating in power modules.