Just an add here ... Pedestrian fatalities are up, largely due to huge vehicles in general. But EVs tend to be very heavy because of the batteries. So collisions tend to be very unpleasant.
Can confirm. Rode a 1000w electric bike to work every day and couldn't wait to get a car after all the near-misses I had. It's even more dangerous than a pedal bike cause no one expects a bicycle to be going almost 30 MPH. Almost got hit at least 3-4 time from people turning right cause they didn't expect me to be inside the intersection so soon.
They're a lot of fun for recreation but not as a daily driver, unless you have a suicide wish.
Had a friend die doing 60mph on a pedal bike down a hill. He got hit by a car, people blamed the car but he was on the wrong side of the road around the bend and the car was only doing 15mph. I just want to live, we are all headed underground. Just a different speeds.
It sounds like the only reason they're dangerous in this case is that cars are on the road. Since cars are unethical and should be banned, I don't see why electric bikes would be any problem in a sensible society.
No, e-bikes with these specs are considered vehicles just like motorcycles (in the EU) and need to follow the same rules.
For example, you can't overtake people on the right, because it's stupid and dangerous (and illegal). And assuming the other guy meant he almost had near-misses while riding on the bike path - e-bike hauling ass at 30MPH has no place on any bike path, it's dangerous for everyone around.
It sounds like the person above lives in one of those countries where they drive on the right, so the bike lane would be to the right of the cars. So that person is just using the bike lane normally and cars are turning through the bike lane without looking, which is illegal.
America has high speed multilane roads with as many turnoffs and driveways as a street. They're called stroads. Maybe the person above is having problems with those.
Sodium Ion batteries can possibly solve all of our major issues with EVs and even solar / wind power storage. They are starting to be commercially available already.
The advantages of Sodium Ion batteries are that they don't require the rare earth minerals like lithium and cobalt that LiPO / LiFePO batteries do, AND they are non-flammable. They have slightly less energy density than lithium type batteries, so they need to be a bit larger for the same capacity, but not as much larger as old-school lead batteries would be for the equivalent capacity.