The first thing you probably noticed when driving an electric vehicle was the different response of the accelerator and brake pedals. But what causes these differences? What should you pay attention to for the safe use of an electric vehicle? And what can be done to improve battery efficiency and achieve maximum range?
In this article, we discuss the key points to consider for safe driving in electric vehicles and the correct usage principles that help improve overall performance.
Motor Torque and Acceleration in Electric Vehicles
One of the most noticeable differences when switching to an electric vehicle is the motor’s instant and powerful torque delivery. An electric motor provides maximum torque almost without delay. This results in smooth and responsive acceleration, but it also introduces certain risks.
Sudden and aggressive acceleration can lead to loss of traction, especially on slippery surfaces and in corners. For this reason, the accelerator pedal should be used gently and progressively.
Selecting “Eco” driving mode softens throttle response and enables more balanced acceleration. Controlled acceleration not only enhances driving safety but also positively affects the vehicle’s overall range.
Regenerative Braking in Electric Vehicles
One of the most distinct driving characteristics of electric vehicles is their deceleration behavior. In internal combustion engine vehicles, kinetic energy generated during braking is converted into heat through friction between the brake pads and discs. In other words, when you press the brake pedal, that energy is dissipated as heat and effectively lost.
In electric vehicles, the situation is different. When you lift your foot off the accelerator and apply light to moderate braking, the vehicle does not rely primarily on mechanical braking. Instead, the electric motor operates in reverse, converting the wheels’ kinetic energy into electrical energy and feeding it back into the battery.
However, this energy recovery is only possible up to a certain level of deceleration. When stronger braking force is required, the mechanical braking system engages. Therefore, even in electric vehicles, energy recovery does not occur beyond a certain braking threshold.
In many electric vehicles, the level of regenerative braking can be adjusted. At the lowest setting, the vehicle continues to coast freely when you lift off the accelerator. At higher settings, releasing the accelerator results in noticeable deceleration. In city driving with frequent stop-and-go traffic, higher regenerative settings can increase energy recovery.
However, on slippery surfaces, high regenerative settings may cause sudden deceleration and abrupt weight transfer, which can lead to instability. For this reason, at higher speeds and in low-traction conditions, selecting a lower regenerative setting is recommended.
Energy Efficiency and Battery Management in Electric Vehicles
Energy efficiency in electric vehicles is directly linked to driving habits. To preserve battery performance and extend range, the following points should be considered:
- It is recommended to keep the battery level between 20% and 80% during daily use.
- Tire pressures should match the manufacturer’s specifications. Low pressure negatively affects both safety and energy consumption.
- Season-appropriate tires should be used. In particular, using winter tires in warm conditions reduces both range and road grip.
- Maintaining steady and balanced speeds improves range performance. Reading traffic conditions in advance and driving smoothly reduces unnecessary acceleration and braking, contributing to both safer and more efficient driving.
