The ID.7 Pro takes 27 minutes from 10 to 80 per cent on DC and about 7.8 hours to fill at home on an 11 kW wallbox. At the EU average residential rate that is roughly €22.49 for a full charge and €4.26 per 100 km – against €13.26 for a petrol car over the same distance.
How long it takes to charge
| Where | Power | Time | What that is |
|---|---|---|---|
| Home, Level 2 | 7.4 kW | 11.6 hours | Empty to full, overnight |
| Home, Level 2 | 11.0 kW | 7.8 hours | Empty to full, overnight |
| Public DC, at its peak | 190 kW | 27 min | 10 to 80 per cent — the figure to compare cars on |
| Public DC station | 50 kW | ≈ 65 min est | 10 to 80 per cent, held back by the station |
| Public DC station | 150 kW | ≈ 27 min | 10 to 80 per cent — the car reaches its own limit here, not the station |
| Public DC station | 350 kW | ≈ 27 min | 10 to 80 per cent — the car reaches its own limit here, not the station |
What it costs to charge
| Charging at | Rate | Full charge | Per 100 km |
|---|---|---|---|
| Home | €0.263/kWh | €22.49 | €4.26 |
| Public DC fast charging | €0.59/kWh | €45.43 | €9.56 |
| A petrol car, for comparison | €2.09/L | — | €14.21 |
Assumptions, all editable in the running-cost calculator: €0.263/kWh at home (Eurostat EU household average) and €0.59/kWh on public DC, against petrol at €2.09 a litre and 6.8 litres per 100 km. Charging is about 90 per cent efficient, so putting 77.0 kWh into this battery costs 85.6 kWh at the meter — 8.6 kWh that never reaches the pack. The rated consumption figures are measured at the wall already and need no such correction. This car has no EPA rating because it is not sold in the United States, so the figures here are WLTP.
Over 13,000 km a year — the EU average — that is €553.67 of electricity charging at home, against €1,847.56 of petrol in the comparison car: a difference of €1,293.89 a year.
Why this page is in euros
The ID.7 is not sold in the United States, so it carries no EPA rating and cannot honestly be quoted in dollars per mile. These figures come from its WLTP combined consumption, priced at the Eurostat household electricity average. Both cycles measure at the wall, so both already contain charging losses; what else separates them is on EPA versus WLTP range.
The same pack as an ID.4, and 49 km more range
The ID.7 Pro and the ID.4 Pro carry the same 77 kWh usable pack. The ID.7 rates 621 km on WLTP against the ID.4’s 572, and 475 km observed against 445. None of that comes from a bigger battery, because there is not one. It comes from using less: 162 Wh per km against 173.
This is the clearest illustration on the site of something worth internalising before shopping on pack size. Range is capacity divided by consumption, and the saloon’s shape moves the denominator in a way no amount of extra cells would pay for. The same logic decides running cost, which is why the ID.7 is cheaper per 100 km than the ID.4 on identical electricity.
27 minutes, and a 350 kW charger will not improve it
The ID.7 peaks at 190 kW on a 350-volt pack. It reaches its 27-minute window at a 150 kW post and gains nothing from a 350 kW one – the same story as almost every 400-volt car here. On a 50 kW post the stop stretches to about 65 minutes, which is the figure worth knowing, because slow chargers are far more common than fast ones.
27 minutes puts it mid-field: quicker than the ID.4 at 28 and the bZ4X at 28, well behind the 800-volt Korean cars at 17 and 18. The full field is ranked on fastest-charging electric cars.
What it actually costs to run
At home the ID.7 costs €4.26 per 100 km against €13.26 for petrol. Over 13,000 km a year that is about €554 of electricity against roughly €1,724 of petrol – a difference of about €1,170 a year.
On public rapid chargers at €0.59/kWh the same 100 km costs €9.56. Still under petrol, but it removes most of the case for the car – so if you cannot charge at home, run your own tariff through the running-cost calculator before deciding.
Kilometres of range per hour, at every charger
The tables above answer “how long does a full charge take”. The question most drivers actually have at a plug is different: how much range goes in per hour, and how long until the next 100 km are on the clock. This table answers that for every kind of charger, from a household socket to a 350 kW station, using the same figures as the rest of the page — the WLTP figure of 162 Wh per km, measured at the wall, and the measured 27-minute 10-80 per cent time. Rated range is used throughout; in winter, or at motorway speed, every row shrinks by the same proportion.
| Charger | Power at the car | km per hour | Add 100 km | Empty to full | What sets the rate |
|---|---|---|---|---|---|
| Domestic socket (230 V, 10 A) | 2.3 kW | 14 km/h | 7 h 3 min | 37 h 12 min | the WLTP figure, measured at the wall |
| Home wallbox | 7.4 kW | 46 km/h | 2 h 11 min | 11 h 34 min | the WLTP figure, measured at the wall |
| Home wallbox | 11.0 kW | 68 km/h | 1 h 28 min | 7 h 47 min | the WLTP figure, measured at the wall |
| Public DC station | 50 kW | 403 km/h | 15 min | — | held back by the station (estimate) |
| Public DC station | 150 kW | 966 km/h | 6 min | — | the car’s own 27-minute 10-80 curve is the limit |
| Public DC station | 350 kW | 966 km/h | 6 min | — | the car’s own 27-minute 10-80 curve is the limit |
A domestic socket adds about 14 km an hour — 142 km in a ten-hour overnight stop, enough for a commute and not for much else. A 7.4 kW wallbox raises that to 46 km an hour, so 100 km takes 2 h 11 min and the car is full from empty in 11 h 34 min. On DC the useful figure is 966 km an hour at a 150 kW post, and a 350 kW station does not raise it because the car’s own curve is the limit from 150 kW up — 100 km in 6 min. The 50 kW row is the one to remember on a road trip: the station, not the car, sets the pace, and 100 km takes 15 min.
Where these numbers will mislead you
The tariff is an EU average, and there is no such place. National household electricity rates differ across the EU by more than a factor of two. The ranking holds everywhere; the euro figure is a starting point, not your bill.
WLTP is optimistic and the observed figure is not a promise. 621 km is the rating; 475 km is what the car is observed to do. Motorway speed and cold weather both push the real number down further.
Cold. The 27 minutes assumes a battery at a sensible temperature. A cold pack charges slower, and a cold cabin spends more of what you put in.
Frequently asked questions
How long does it take to charge a Volkswagen ID.7?
About 27 minutes from 10 to 80 per cent on a 150 kW or faster DC station, and roughly 7.8 hours from empty on an 11 kW home wallbox – about 11.6 hours on a 7.4 kW single-phase supply.
How much does it cost to charge a Volkswagen ID.7?
About €22.49 for a full charge at the EU average residential rate, or roughly €4.26 per 100 km – around €554 a year over 13,000 km, against about €1,724 of petrol.
Is the ID.7 cheaper to run than the ID.4?
Yes, on identical electricity. Both carry the same 77 kWh usable pack, but the ID.7 uses 162 Wh per km against the ID.4’s 173, so it covers the same distance on less energy.
Do I need a 350 kW charger for a Volkswagen ID.7?
No. It peaks at 190 kW and reaches its full 10-80 speed on a 150 kW station, so a faster post buys it nothing.
Sources
Figures are credited individually on the Volkswagen ID.7 Pro page. Tariff assumptions are on the methodology page.