and I would never suggest that it would.... clearly Renault have no real brand identity in the US. However, that does not change the reality that the ZOE is perfectly in sync with the charging infrastructure in Europe.
I don't agree. The Zoe excites me little more than the Leaf does. It's a city car and it won't appeal to a broader market here than does the Leaf.
I think Tesla has the right strategy. 300 mile range is pretty much ideal. It pretty much eliminates range anxiety, which is one of the biggest things holding EVs back.
And personally, I think that Tesla isn't doing a bad thing by going the proprietary route when it comes to DC charging. (As long as it becomes available in Norway - if not, I will have to reconsider my reservation. But I am working on the assumption that Tesla will install superchargers here. We are their biggest market in Europe, and our roads suck, so we can't drive very fast, which means the chargers don't need to be very close together. Also Norway is pretty big, so we need to drive far relatively often.) For one thing, because I don't trust random businesses to ensure their charger is up and running. The more hands-on Tesla is regarding the Superchargers, the better. I would like Tesla Rangers to be at a Tesla supercharger and trying to fix it, within hours of it being reported as non-functional. This would never make economic sense if looking at the charger alone, but if Tesla can give customers the security that they can go anywhere, and every charger will work, always, nothing can hold Tesla back.
Also, with a 300 mile range, you need DC chargers in completely different places than where they've put up CHAdeMO chargers. With a single organization deciding where to put up chargers, one can be fairly sure they are able to place them in locations that are meaningful. And of course, 90 kW is more than 50 kW.
If I need to travel 700 km, and I have a Tesla Model S, Nissan Leaf or Renault Zoe, this is how the charging will ideally work:
- The Tesla Model S needs to charge once for 45 minutes at a Tesla Supercharger.
- The Nissan Leaf needs to charge approximately 7 times at CHAdeMO fast chargers, for around 18 minutes each time. (Total charging time 2 hours and 6 minutes)
- The Renault Zoe needs to charge approximately 6 times at 3-phase 43 kW outlets, for around 22 minutes each time. (Total charging time 2 hours and 15 minutes)
What are the chances that something goes wrong one of those 6-7 times? The way things are now and for the overseeable future, pretty damn good. I think it's more probable that a company focused on quality will be able to make that single fast charger work brilliantly. Tesla knows if stuff goes wrong with those chargers that have the Tesla logo plastered all over them, it will bite them in the ass.
And consider what is worse for the batteries. Both the Leaf and the Zoe will charge at around 2C, while the Model S will charge at around 1C. (I'm sure there are differences in battery chemistry and the like, but the 300 mile solution seems more future-oriented. If you charge the Model S at 2C in the next generation of batteries, that's a 24 minute stop to get 80%, or one 24 minute stop over a distance of 700 km!)