Looks like they are just for certain markets as the UK and EU markets don't have them (thankfully!)I'm glad he pointed out the big ugly wing badges - I don't know why they add them ?
Any idea what Markets they are for? Hopefully they don't plaster them on NZ/AUS versionsI'm glad he pointed out the big ugly wing badges - I don't know why they add them ?
Yeah, like “internet inside” ??i think (hope) there just for the india market, I think they like that kind of sh*t…look at the back of them, more bloody stick on things..
I think it's only India as I don't remember them elsewhere, but that'd be a guess... I think @Elec Car Aust might have a good idea for the AUS market.Any idea what Markets they are for? Hopefully they don't plaster them on NZ/AUS versions
As someone else said, they are not on the car here in Europe luckily.I'm glad he pointed out the big ugly wing badges - I don't know why they add them ?
The horses are smaller there??As someone else said, they are not on the car here in Europe luckily.I also saw some where the boot had a sign "Internet inside" or something like it.
Why did he say that the engine has 173 horsepower, everywhere i read it's 154 (Or was it 156) ?
The wild ranges is probably because they still use the VERY optimistic NEDC scale where he is from.
[...] Another thing is her remarks on the looks of the cars...Honestly i personally think the ID.3 is very ugly.
Yeah, her "logic" also failed me.So you can get a car that’s faster 0-60 then the VW, has more kit on it than the VW and is cheaper than the VW..and she’ll go for the VW…glad your not my mrs..but what can I expect from a blond..?
Plus the ZS ev can actually charge at just below 100kW, as demonstrated in Holland.I think she forgets some things.
For example the charge time....Offcourse the car with the bigger battery is going to require more time to charge.
Also, 75 KWh vs 100 KWh....Yes it might shave some minutes off of the charging time, but when the battery is almost empty, and from 80% the charge speed is limited anyway, so in the most favorable situation with a charger that is willing and able to deliver 100 KWh, she will maybe be 5-10 minutes faster out of there, but then, the range eats away at her distance until next charge.
Basically...If a 58 KWh battery can be charged at full speed from 10-80% this means that she will have (58*0,7) 40 KWh at full 100 Kwh charging and the rest at a lower charge rate.
So she will have 24 minutes at full speed before it throttles the charge current.
The ZS EV will be able to charge (72 * 0,7) 50 KW at 75 KWh. = 40 minutes
So for her to add 40 kwh is 24 minutes plus whatever it takes to charge the last 10 kwh at a lower rate is not that much less time. (Lets imagine it slows to 50 KWh, then she will need to stay at the charger for another 12 minutes)
If she opts to go for 10-80 she will be out of there 16 minutes before i do, but i will have an extra 30-40 miles of range, before i have to recharge again.
Depending on the situation, this might mean that i can actually get home, where she will need to do another charge...On longer trips, these extra 30-40 miles of range times the number of times i recharge, will probably mean that i will need to recharge 1 time less than her...(If i do a long trip, going on holiday for example)
Another thing is her remarks on the looks of the cars...Honestly i personally think the ID.3 is very ugly.
Yeah.Plus the ZS ev can actually charge at just below 100kW, as demonstrated in Holland.
I wonder if the longer antenna gives better reception?Indeed, it’s a shame to see that long antenna on a 2021-2022 car. It will be the first thing I’ll replace when my ZS EV finally arrrives.
So how would the battery chemistry fit into this discussion? I understand the SR battery to be LFP, the LR to be NMC. Based on what I read LFP appears to be more durable than NMC, particularly if battery management is less than optimal, i.e., if NMC is taken out of the 10% to 80% range too often it may be more prone to degradation where as LFP doesn't appear to be affected by being taken right up to 100%.Yeah.
And even if it would "only" do 75 Kwh i would still prefer the extra 10 Kwh of battery to the 25 Kwh of faster charge speed.
Smaller battery also equals less range, which equals more charge cycles for a given distance driven, which equals faster battery degradation.
This is also part of the reason why early EV's had poorer battery life...The batteries were smaller and needed more charge cycles, that larger ones, to travel a certain distance.