diamond.g
Active Member
I guess I am trying to sus out why the iPace would lose so much less range in the winter compared to MS/MX or the 3.
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I got a 2017 MS 90D, EA, white interior, and updated paint option for $89k after showroom discount. So definitely possible to get Nicely optioned MS for around that priceI don't know honestly. For $85k these days you get a barebone MS pretty much. That said I would feel safer buying a Tesla because I fear that it's going to take more than 1 iteration to get this right
It seems to be the first non Tesla EV ever though that looks nice though... maybe jaguar is on to something
That is similar to how the battery in the Bolt is made. Pouch cells with a chiller plate on the bottom.
Cd is meaningless without area.Regarding range, both the Model S and the Model X have significantly less aerodynamic drag than the i-Pace, so this affects the range substantially. If you're cruising at 75 mph, I wouldn't expect to get much further in an i-Pace than in a Model X 75D. And a Model S 75D would beat both by a fair margin.
Bolt have nearly the exact same range in WLTP and EPA while Nissan Leaf have 17% longer range in WLTP then EPA.
I've estimated 2.4 square meter front area. That gives the aerodynamic drags thusly:Cd is meaningless without area.
CdA is what matters, not Cd. CdA of iPace has not been revealed yet.
@Yggdrasill, out of curiosity, what would you estimate model 3 CdA? Gracias, amigo.I've estimated 2.4 square meter front area. That gives the aerodynamic drags thusly:
Model S: CdA = 0.24 x 2.34 m^2 = 0.5616 m^2
Model X: CdA = 0.25 x 2.59 m^2 = 0.6475 m^2
i-Pace: CdA = 0.29 x 2.4 m^2 = 0.696 m^2
So the i-Pace has ~7.5% more aerodynamic drag than the Model X and ~24% more aerodynamic drag than the Model S.
@Yggdrasill, out of curiosity, what would you estimate model 3 CdA? Gracias, amigo.
Model S: 0.24 drag coefficient * 2.43 m^2 frontal area = 0.5832 m^2 drag area
Model 3: 0.21 drag coefficient * 2.36 m^2 frontal area = 0.4956 m^2 drag area
This is getting repetitive. It's not "supercharger" network that is required. It's fast charging network.Without a supercharger network it is, however, nothing more than a city car.
Have fun charging it on road trips.
There is nothing wrong with SC network, but all other carmakers are forced to use CCS (they could use SC, time will tell), that means, as clock ticks, more and more CCS's will be available. And that growth will be much faster than SC network. I bet multi-plug chargers are around the corner. AFAIK, 100-150kW versions all can handle at least 2 vehicles (like SC). And VIN-based identification&payment protocol should be ready this year.
Have fun charging it on road trips.
California might be an outlier, but I have at least 3 DCFC stations that are closer to my house than the nearest SC..
Yes, but this was the new Nissan Leaf there you said Nissan have taking away this wish prof that there are difference in EPA and WLTP.Cd is meaningless without area.
CdA is what matters, not Cd. CdA of iPace has not been revealed yet.
EPA has quirks with EV ranges. If manufacturer recommends 80% charge, EPA counts that as one of the factors when calculating range.
Tesla doesn't have any specific recommendation and EPA used 100% charge.
Nissan locked out 80% charge mode in US to get "better" range from EPA. Nonsense. Maybe this happened again.
BMW X1 is 20cm shorter than iPace and iPace is 30cm shorter than Model X.
X1 holds less cargo in the trunk , iPace 650l vs X1 500l.
So we can rest assure, iPace is not tiny vehicle. Nor is actually X1.
X5 holds 650l in trunk though it is 15cm longer. than iPace.
Model 3 holds 400l in the trunk.
Therefore, if we put aside emotions and just look at the facts, iPace is not small. Not even to US standards.
iPace has stubby nose (no ICE). It has much more "stuff" inside (compared to Tesla), making it look smaller from inside, definitely.
iPace come with 18" 255mm wide tires as standard. Those will reduce drag compared to smallest offer on Model X.
iPace definitely has battery cooling as it can charge at 100kW. Therefore I think it has glycol plate beneath pouches, like Bolt.
As iPace also has heat pump, it can likely heat not only cabin, but also battery with 300-400% efficiency.
Or maybe, iPace will not bother with daily aggressive battery heating near/below freezing.
It requires a LOT of power annually. Which can all be saved (Leaf has unrestricted acceleration down to -10*C chemistry
and mostly unrestricted regen down to around -5*C, that is totally adequate).
Plane>motorhome>van>large SUV>ultra-luxury sedan>EVs sold today when it comes to road trips.
I live in SoCal. I have a SuC located 4 miles from my house, one under construction 10 miles from me, and one 18 miles from me. The nearest DCFC is located 75 miles away.California might be an outlier, but I have at least 3 DCFC stations that are closer to my house than the nearest SC..
I live in SoCal. I have a SuC located 4 miles from my house, one under construction 10 miles from me, and one 18 miles from me. The nearest DCFC is located 75 miles away.
An I-Pace would work for me for local travel since I charge at home with Solar City panels. However, any trips longer than a couple hundred miles would be problematic for me personally.