Regenerative braking is basically turning the motors into a generator to recharge the battery. If you brake regeneratively, you’re not using your brake pads at all.
Many EVs can have their settings adjusted to where 90+% of braking can be just regenerative.
Although lightweight EVs emit an estimated 11-13% less PM2.5 than ICEV equivalents, heavier weight EVs emit an estimated 3-8% more PM2.5 than ICEVs. In the absence of targeted policies to reduce non-exhaust emissions, consumer preferences for greater autonomy and larger vehicle size could therefore drive an increase in PM2.5 emissions in future years with the uptake of heavier EVs.
I wouldn’t doubt people driving EVs may even have less sustainable lifestyles in general because of their absolved guilt from driving the EV. Not that the average driver matters much when considering cargo and air traffic.
EVs may even lead to increased tire debris.
But less brake pad wear. The regenerative braking reduces a lot of the need for brake pads.
Source?
Regenerative braking is basically turning the motors into a generator to recharge the battery. If you brake regeneratively, you’re not using your brake pads at all.
Many EVs can have their settings adjusted to where 90+% of braking can be just regenerative.
Every mechanic who’s worked on one? Everyone who’s owned one?
Well, here’s a source to counter your anecdote
https://www.oecd-ilibrary.org/sites/4a4dc6ca-en/index.html?itemId=/content/publication/4a4dc6ca-en
Thats pm2.5 in general, not specifically from break pads
I wouldn’t doubt people driving EVs may even have less sustainable lifestyles in general because of their absolved guilt from driving the EV. Not that the average driver matters much when considering cargo and air traffic.
This is actually backed by research.