How long does it actually take to charge a battery and how far can you drive with it?
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For an average car, the values below apply.
230V power supply power phases After 1 hour For 100km
2.3kW 10Amp 1f 11km 9h
3.7kW 16Amp 1f 17km 6h
11kWh 16Amp 3f 55km <2h
22kWh 32Amp 3f 110km <1h
Not every solution is applicable everywhereIn new construction but also in existing construction, you need to investigate what space is available electrically. Two aspects come into play here; firstly what can the energy supplier offer and; secondly how big is the space on the meter box.
But it much better to ascertain what space you actually need. In fact, there is no need to maximise charging for all cars at the same time.
How many cars can you charge in a night and how much energy do you need to do that?
Below is a calculation.
3 x 230Vac x 63A = 43.5kW x 5km/kW = 217.5km
After an evening/night of 10 hours, 2175km has been charged / 20cars = 109km per car.
On average, electric cars in the Netherlands drive 40km/day. So there is ample capacity to charge each car sufficiently.
- › How long does it actually take to charge a battery and how far can you drive with it?
- What is the Podis flat cable?
- Where do you use which charging method?
- Where do you get the energy for charging?
- What is charging infrastructure?
- What does electrical infrastructure in a parking garage look like?
- How does a flat cable infrastructure work?
- Where can we use the flat cable?
- What types of charging stations and charging methods are there?
- How fast can you charge?
- Who installs such a Flat Cable?
- Which charging stations do you connect to the Flat Cable?
- How many charging stations can be mounted on the Flat Cable?
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- What standards apply to EV installations?