Automotive Powertrain

The electric powertrain of a vehicle is defined by its performance, comfort, and safety, it is undergoing radical change which is driven by the challenges that the global electric powertrain market faces today. The engine and transmission are considered to be the major components of the powertrain, and other key components include the clutch or torque converter, drive shaft or propeller shaft, differential, and axles. The increasing need for less dependence on fossil fuels and improved carbon footprints is driving the growth in the technologies used in all vehicles. The increasing demand for such technologies has a direct impact on approaches to testing of powertrain components and systems all around the globe. Currently, gasoline powertrains are the most widely adopted, and are expected to be replaced by diesel ones as the difference between the prices of gasoline and diesel is increasing. As a result of this, the powertrain systems and components manufacturers have been adopting elec...

  Automotive powertrain delivers power to the vehicle with the help of multiple components working together. Power is generated by engine and then transferred to axles through transmission. Powertrain components consist of engine, transmission, differentials, and driveshaft. In a wider sense, the powertrain includes all of the components used to transform stored energy into kinetic energy for propulsion purposes. Powertrain is a vital in vehicle operation as without it, the vehicle could experience a breakdown. With rise in production of vehicles, the automotive powertrain market is increasing significantly.  The rising demand for high-performance vehicles is driving the automotive powertrain market growth. Additionally, the growing trend for engine downsizing to reduce fuel efficiency and emission is expected to increase the sales of automotive powertrain. Likewise, stringent emission norms in various countries have propelled the demand for superior powertrain.  Moreover...