The process of converting a vehicle to run on electricity involves swapping out any parts that now use a traditional energy source with electric ones. This process is known as "vehicle electrification." The main focus of Vehicle Electrification is the electric drivetrain and associated ancillary systems, such as wireless power transfer and on-board and off-board charging stations. Other aspects of a vehicle's functionality that are present in a conventional, non-electric vehicle are also covered by vehicle electrification, including electronic power-assisted steering, electronic stability control, electronic traction control, intelligent lighting, smart electromagnetic suspension, all-wheel drive, airbag deployment systems, and more. Modern technologies and electric power sources are both incorporated into automobiles through the use of electric vehicles.
These technologies come with a number of concerns that need to be carefully considered, like the thermal runaway of the battery bank and fire. The current difficulties preventing the adoption of electric vehicles include high battery costs, overheating, the entire energy storage capacity of the battery, and the development of batteries for vehicles.The replacement of a gasoline drive with an electric powertrain is the core and primary goal of Vehicle Electrification. With the aid of a power electronics converter, the traction battery pack drives the electric motor in an electric powertrain using the energy that is stored within it. A regenerative braking system drives the electric energy back to the battery while braking or when the vehicle's speed is reduced.
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