Wallboxes & mobile ev car chargers for the Nissan Leaf e+

Are you looking for the best charging option for an Nissan Leaf e+? Then you have come to the right place, because you don’t need a Nissan wallbox to charge your car. There are many possibilities to charge your car and we help you to make the right choice, step by step.

The Nissan Leaf e+ needs a Mennekes type 2 plug  and the car has a maximum AC charging capacity of 6.6 kW. This means that your car with a wallbox at home will never charge faster than that. In addition, the car has an usable battery capacity of 56 kWh.

Of course, it is also possible that you do not want to use a wallbox but a mobile wallbox or a wallbox with a lower charging capacity. That's why you'll find all the important charging information about the Nissan Leaf e+ here.

* = Charging speed limited by vehicle

EV Charging cable for Nissan Leaf e+

The electric Nissan Leaf e+ has a maximum charging power of 6.6 kW with an usable battery capacity of 56 kWh. This means that charging via a wallbox is advisable. A number of things are useful to know for this. A wallbox with a heavier charging capacity will not charge more than the maximum load capacity of your car, but it can't hurt either. A wallbox with a lighter power is also possible and can be useful, for example, when the fuse box is not suitable for heavy charging. The wallbox will never charge heavier than what it is made for. Wallboxes have 4 charging capacities, provided that these cannot be adjusted yourself:

For your Nissan Leaf e+ you need to have a Type 2 mobile wallbox. Of course, charging at home via the socket is less fast, but it can certainly be sufficient for hybrid or electric cars with a smaller battery. A mobile wallbox can usually charge 2.3 or 3.7 kW  (10 or 16A). Due to the high battery capacity of the Nissan Leaf e+, we advise you to use a mobile wallbox mainly as a backup or as an emergency solution.

EV Chargers have 4 charging capacities, provided that these cannot be adjusted yourself:

3.7 kW wallbox (1 phase of 16A): will charge a maximum of 3.7 kW for this car.
7.4 kW wallbox (1 phase of 32A): will charge a maximum of 6.6 kW for this car.
11 kW wallbox (3 phases of 16A): will charge a maximum of 3.7 kW for this car.
22 kW wallbox (3 phases of 32A): will charge a maximum of 6.6 kW for this car.

Fuse box connection for the wallbox
Choosing the best wallbox for your Nissan Leaf e+ depends not only on the possibilities of the car but also for a large part of the fuse box connection. Especially whether you have a 1 or 3 phase connection at home or at work. If you have a 3 phase connection at home or at work, make sure you can charge 6.6 kW on 1 phase, which is often not possible. In that case, choose a wallbox withmanual or dynamic load balancing to get the most possible power out of 1 phase.
If you do have an 1 phase connection in your fuse box, make sure you have enough power for your household. You can also read this article from us with more information about the connection in your fuse box.

Click on the button to find suitable charging stations for the Nissan Leaf e+.

View all EV Chargers for the Nissan Leaf e+ here

Charging cable for Nissan Leaf e+

The Nissan Leaf e+ has a mennekes connection, so it requires a type 2 ev charging cable. The car has a 1-phase 6.6 kW charging capacity. It is therefore possible to use both a phase 3 and phase 1 ev charging cable, because a heavier cable has no influence on the charging capacity. You will need at least a 7.4 kW ev charging cable, a 3.7 kW ev charging cable will be too light.

Looking for a charging cable for this car? Then click here.

Click on the button to find the right charging cables for the Nissan Leaf e+.

View all charging cables for the Nissan Leaf e+ here

Mobile EV Charger for Nissan Leaf e+

With a mobile wallbox (also called portable ev charger), you can charge your hybrid or electric car through a normal socket at home. So is the Nissan Leaf e+. Sockets at home have a power of about 220 volts, depending on your country. A mobile wallbox is equipped in such a way that it can be connected to that power grid.

Do you still have questions? Please feel free to contact us.