I'm not sure what you are trying to say here? Are you saying that a 3.6kW charger cannot sustain 3.6kW? Or that the cars OBC can't take 3.6kW.
Also I took the weekly as 5 days commuting but if it is only 3 then the PHEV is even more pointless, since the 330e in the price range they are looking at has a 10.4kWh useable battery (12kWh), so 27 miles is not gonna happen for at least half of the year, and more realistically they get a maximum of 18 miles even in decent weather. So that 27 miles is never going to be covered using the Electric only, the battery will almost be dead by the time they get home at night, and the next time they go in it is either empty from being used locally/for something else, or they'll get 5 miles max, so using fuel.
The cheaper commuting isn't really going to offset the higher costs when not in PHEV mode on longer runs though, as above they'll be lucky to get 2500 or the 4000 miles in electric mode. If they want blasts of power just get a faster/higher BHP electric car. It honestly seem like they are over complicating it, especially if they have free charging that they can plug in all day at for 3 days a week.
Why are you mentioning those two cars specifically, as highlighted they are nothing like each other, one is a minimalist saloon with mega efficiency and the other is a performance (luxury?) SUV/crossover. I mentioned the EQC since it ticks some of the boxes, you forgot about the Genesis, assume you are unfamiliar?
I'm trying to say that 1 hour of charging anything at 3.6kw, will give you a maximum of 3.6kwh in the battery. In reality it will be lower because of conversion losses and charging rate. Rounding to 3kwh (multiplied by the average of 3.5 m/kwh) gives you 10 miles of range. So no, you couldn't "cover a whole day's commute in 1 hour."
Using your estimates for the commute, 27 miles for half of the year and say 14 miles for the other half of the year would result in 3k out of the 4k commuting miles being cheaper due to the charging at work. This, to me at least, doesn't seem 'pointless'. I agree it's not a life-altering financial difference, so would be a bonus.
Could you expand a little more on why the 3k cheap miles won't offset the higher costs when not in PHEV mode? Other than lugging round a 50kg battery, what else is making the cost higher?
Mentioning the iPace and Model 3 because they are the only two EVs that will comfortably do more than 200 miles in any weather and tick the premium box. Didn't forget about the Genesis, but a non-starter from a 'premium' point of view. The EQC is a fair exception to this, so will look into it, if they want to go the full-electric route.
This is true, same could be said about compromising your vehicle choice of a PHEV, when a pure petrol would be a better option. The comments from the OP seem to be all over the place though, as they seems to have no real working knowledge of either a PHEV/BEV, or a charger etc. A comment "They could also put a charge lead under a mat on the pavement from the door to the car, but the council would have a fit if they stuck a permanent wall charger there." I mean if they can run a cable what the heck have the council got to do with putting a charger on their own house, even if rented, that is just confusing. Also cost money saving has been said to be a none issue, so not sure when benefit the PHEV has at all, just seems like a total faff, and hassle.
This is the point of the thread. They feel that the PHEV isn't a compromise over pure petrol, and if properly warrantied, I'm trying to find tangible reasons why it wouldn't work. So far the smaller boot in the saloon is the most rational point being made.
I have two BEVs, with a 7kw wall charger and off-street parking, so I'm not a complete newcomer to BEVs and charging. With regards to "I mean if they can run a cable what the heck have the council got to do with putting a charger on their own house" - the council can and will issue a notice to remove something that is going to cause (in their view) a trip hazard. When the government were subsidising EV charger installs, it was a specific requirement that it couldn't be mounted in a place where the cable would reasonably be likely to go across a public walkway. Going around London you'll regularly see extension leads through letterboxes with a mat covering the cable on the pavement, but no 7kw wall box. My presumption is that the difference is permanence.
Other than plugging in at work - what 'faff and hassle' is there? This is genuinely what I've come to get opinions on.
So if 4k out of 10k is a commute where only the charging happens on one side, the actual number of miles done with plug-in electric support isn't going to be much. 6k miles otherwise driving a hybrid with unnecessarily large batteries.
You also lose a fair bit of boot space.
320i seems like a much better bet.
I agree - about 30% is likely to be electric only. The boot space is a valid argument and they've looked at it and are happy, but perhaps they need to try their suitcases in one, or buy different suitcases.
Why specifically do you feel the 320i is a better bet (presuming the boot space thing is ok, or they go for a touring)?
Thanks,