Mechanical fusion of high-voltage relay contacts prevents circuit interruption during faults. Identifying this failure mode ensures battery safety and prevents unintended power delivery.

Uncontrolled faults in power distribution and motor control units lead to catastrophic hardware damage. Preventing these failures ensures vehicle operational safety and component longevity.

Fluctuations and failures in high-voltage power management lead to system instability. Addressing these inconsistencies prevents hardware damage and ensures continuous operation in critical vehicle electronics.

Excessive current flow during power cycles leads to component failure and thermal instability. Preventing these spikes ensures hardware longevity and operational safety in high-power vehicle electronics.

Unintended electrical conduction or failure to disconnect during faults poses risks to vehicle components and passengers. Reliable isolation prevents catastrophic system damage and electric shock.

Voltage spikes and surges during switching operations threaten the integrity of power supply circuits and connected electronic equipment. Mitigating these transients prevents component failure and ensures operational reliability in high-stress environments like vehicles.