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Nissan has apparently been polling Leaf owners about their willingness to pay more for a longer range Nissan Leaf. If they could provide 150 miles of range at a cost below that of the Model 3, it could become a significant competitor to Tesla.
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The Tesla Model 3 will be a compelling and affordable EV (the holy grail), and it will be capable to be charged at a Tesla Supercharger station.
The Nissan Leaf will not be able to compete with the Tesla Model 3.
The Tesla Model 3 will be the new benchmark for EV's and for all cars in general.
But if they are talking about upsizing the Leaf to the form factor of a Prius or Matrix... Giving it a maximum 150 mile range, a real world 115 mile range... No Supercharging...? NO. That would not do.
In order to keep the car at a 35,000 cost or below it will be a spiffy, quick and long range vehicle. I have never read anything about the model 3 anywhere that Tesla says this will be a performance car.
The chief spec of the model 3 is affordability, not muscle.
Of course it will out perform all others in its class, but i imagine, " performance" will be an optional upgrade of the motor(s).
If the leaf can get even close to the model 3 in range and be priced lower, it WILL be a significant contender.
But that's what we want. We want competition for Tesla.
In any case Nissan should bring it on...
You are still thinking in ICE terms. The Model 3 will be designed for efficiency which means it will have a large motor (or two). By default it will have performance, as well.
I encourage all efforts by all manufacturers to electrify the transportation industry!
That is way beyond an optimistic projection at this point. If you think they are stressing to make sure the MX (relatively unimportant model) is near perfect by delaying its release, just wait until they have the task of releasing the "makes or breaks" the Tesla brand model (M3). Its execution will need to be flawless if Tesla is to have a real shot at a successful mass produced car. They will no longer be dealing with early adopters, who understand Tesla's position in the car game, and are way more forgiving than the general public will ever be. If Tesla wants to minimize their risk of the car being plagued by teething problems after its release, they will need to take their time to get it right. That means a release date or prior to 2018 is highly unlikely. The time period of Roadster release to MS = 4 years; MS to MX = 3.5 years (projected). Assuming greater resources and much greater attention to detail cancel each other out (huge assumption, I know), we can estimate that the time period between the MX and the M3 will be no less than 3 years.
Think you got that profit backwards. If the Aus. partner has 51%, that the profit % they get, too.
<i> Host: Is Nissan working on new batteries?
<i> Ghosn: “Yes.”
<i> Host: Can you tell us more?
<i> Ghosn: “No.”
<i> Host: Will the range double?
<i> Ghosn: “Yes.”
<i> Host: That means more than 400 kilometers (249 miles)?
<i> Ghosn: “Yes.”
<i>Nissan is hard at work developing the next-generation Leaf, focusing on improving the range with new battery tech and – as our exclusive images show – a more conventional look. The new car is expected to be on sale late in 2016, with prices starting around £17,000.
<i>That is from British Autocar Express.
<i>Likely 168 EPA miles or less.
I read that article to be the same 150 miles range talked about in this thread.
But the other article talks about a bigger battery.
<i>Japanese show referencing Japanese government cycle test not EPA. Japanese cycle much more lenient.
About the same as the old EPA (remember the 300 miles Model S?)? So my guess is that this 400 km is probably around 300 km realistic range, and 200 km in winter
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<b>cmcnestt:</b> Thanks for those data points! I suppose a Tesla Motors factory in China would serve that nation and mainland Asia then.
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I do hope that Nissan is sincere. I am very disappointed in Honda. I really wish Chevrolet would take off the training wheels and ride!
Hmmm... Apples & oranges perhaps, but... For some reason this is quoted as Wh per kg, instead of Wh per liter. Gravimetric instead of volumetric. Does anyone happen to have both numbers, for Nissan and Tesla Motors? My gut feeling is this isn't really <i>'in the range'</i> of what Tesla is using from Panasonic.
My own calculations might be off somewhat. But I got ~252 Wh per kg for the Panasonic NCR18650A battery cells gravimetrically. The published volumetric capacity is 675 Wh per liter.