Colombo, July 19 – Automotive specialists have expressed worries that the growing frequency of road accidents involving electric vehicles (EVs) could be connected to their quick acceleration feature.
In contrast to conventional internal combustion engine (ICE) cars, electric vehicles (EVs) are driven by electric motors that can provide full torque right away. This implies that when a driver hits the accelerator, the car can lurch forward almost instantly, a characteristic that might surprise certain drivers.
“In electric vehicles, there is no delay. As soon as you press the accelerator, the motor provides maximum torque immediately,” according to specialists. On the other hand, engines in traditional gasoline-powered cars require time to reach their maximum revolutions per minute (RPM) before achieving peak torque, resulting in a more gradual acceleration.
This rapid increase in electric vehicles is caused by the reduced number of moving components in electric motors, leading to lower energy waste and improved power transmission. Although this offers a significant benefit for performance and energy efficiency, it may present a danger if drivers are not accustomed to the vehicle’s reaction time.
Electric motors are also capable of delivering high torque over a broad range of speeds, in contrast to conventional engines, where torque usually decreases at higher RPMs. This characteristic, although advantageous, could result in unexpected acceleration if drivers are not careful.
Officials and specialists are advising electric vehicle owners to pay closer attention to this feature, particularly when driving in urban environments or busy zones. Enhanced driver vigilance and careful acceleration can assist in minimizing the likelihood of collisions.
With the increasing prevalence of electric vehicles, road safety instruction needs to evolve to incorporate these modern driving characteristics.
