| ▲ | margalabargala 2 days ago | |||||||||||||||||||||||||
Regenerative braking needs something to act against in order to slow the car down. Whether the thing on the car side is an electric motor generating voltage or a brake caliper generating heat, the effect of both is to create resistance to the axle turning. This slows the car via tire-road friction. EVs tend to use regenerative braking, thus applying road-tire friction, much more often than an ICE vehicle uses brakes. In an EV if you are going tobfast and let off the accelerator, the regen braking slows you. With tires. In an ICE car, you will coast along and slowly slow down, mainly due to air resistance, unless you actively press the brake. If regen braking only happened when then EV driver pushes the brake pedal with their foot, your expectations would be correct and weight would be the only differentiator. But the single pedal driving design decision means the tires wear more. | ||||||||||||||||||||||||||
| ▲ | vladvasiliu 2 days ago | parent [-] | |||||||||||||||||||||||||
But if the car decelerates harder when you let off the gas than you expect (compared to an ICE), maybe you'll give it a bit more "gas", so that, in the end, your deceleration is roughly the same in both types of cars? I haven't noticed EVs oscillating between full acceleration and hard braking when out and about. They seem to be driven pretty much the same as any other car. If I'm not mistaken, this means that tyre wear should be roughly equivalent (for an equivalent vehichle weight). So EVs still have the benefit of reducing brake pad wear. | ||||||||||||||||||||||||||
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