Electric Automobile Technologies

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In electric vehicles, torque vectoring improves road grip and steering response by enabling instant software-controlled distribution of power through dual motors.

How Does Torque Vectoring Work in Electric Cars?

Deniz Erkan11 October 2026

Torque vectoring is the instantaneous redistribution of power between the wheels and axles of an electric vehicle via software control; since there is no mechanical connection between the motors, this distribution happens faster and more flexibly tha…

Carrying the same power at 800 volts halves the current, which allows thinner cables, less heat, and the high charging power to be sustained for longer.

How Does Fast Charging Become a Reality with 800 Volt Architecture?

Deniz Erkan11 October 2026

An 800-volt architecture is an electrical system layout that designs the EV's battery pack, inverter, DC-DC converters, and charging units around a nominal voltage of approximately 800 volts. Because it halves the current needed to carry the same pow…

An engineering comparison of the synchronous, asynchronous, and permanent magnet motor types used in electric cars in terms of efficiency, cost, and torque control.

Electric Car Motor Selection: Synchronous, Asynchronous, and Permanent Magnet

Deniz Erkan11 October 2026

Electric cars use three main motor types: permanent magnet synchronous motor (PMSM), asynchronous (induction) motor, and externally excited synchronous motor (EESM). The PMSM offers the highest efficiency and power density, the asynchronous motor sta…