The primary application of EV Powertrain Semiconductors is most notably found within passenger cars. This particularly involves the use of power semiconductor switches like IGBTs , which manage the high energy transitions within the vehicles electric drivetrains. Companies like Infineon and Texas Instruments have taken a robust market position, offering high performance and power-efficient semiconductors that confer enhanced driving range and battery life for electric passenger vehicles.

EV Powertrain Semiconductors have also found widespread usage in the electric trucks and buses sector. With increasing need for sustainability in public transportation and the commercial automotive sector, power modules consisting of SiC semiconductors are progressively being implemented in these heavy-duty vehicles. Notable industry players such as Bosch and ON Semiconductor dominate this field, providing high-power semiconductors capable of handling the significantly larger power requirements, thereby achieving better fuel efficiency and longer lifespan for these vehicles.

The use of EV Powertrain Semiconductors extends to electric two-wheelers as well, where compact and efficient components are essential for optimizing performance and energy usage. MOSFETs, known for their high switching speeds and low energy consumption, are typically preferred in these applications. They enable smooth acceleration, effective power control, and enhanced battery life, contributing to improved efficiency and reliability in the growing segment of electric scooters and motorcycles.