LNP – Rapid acceleration in EVs linked to rise in accidents: Experts warn

Motor experts have raised concerns that the increasing number of road accidents involving electric vehicles (EVs) may be linked to their rapid acceleration capability.

Unlike traditional internal combustion engine (ICE) vehicles, EVs are powered by electric motors that can deliver maximum torque instantly. This means that when a driver presses the accelerator, the vehicle can surge forward almost immediately a factor that could catch some drivers off guard.

“In EVs, there’s no time lag. As soon as you press the pedal, the motor delivers full torque,” experts say. In contrast, engines in fuel-powered vehicles need time to increase their revolutions per minute (RPM) before reaching peak torque, allowing for a slower build-up of speed.

This instant acceleration in EVs is due to fewer moving parts in electric motors, which results in less energy loss and more efficient power delivery. While this is a major advantage for performance and energy efficiency, it can pose a risk if drivers are not familiar with the vehicle’s responsiveness.

Electric motors can also maintain high torque across a wide speed range, unlike traditional engines where torque typically drops at higher RPMs. This performance trait, while beneficial, may lead to unintended acceleration if drivers are not cautious.

Authorities and experts are urging EV drivers to be more mindful of this characteristic, especially during city driving or in crowded areas. Proper driver awareness and responsible acceleration can help reduce the risk of accidents.

As electric vehicles become more common, road safety education must also adapt to include these new driving dynamics.