Peugeot e-408

Why the Peugeot e-408 is a smart EV – and how Accu-Machine.nl can help

The Peugeot e-408 is an excellent choice for those looking for a reliable, comfortable and environmentally friendly car. With a maximum power of 11 kW and a Type 2 connection, this car offers fast and efficient charging possibilities. Accu-Machine.nl helps you to get the most out of your Peugeot e-408 with our high-quality charging solutions.

Charge your Peugeot e-408 smart and fast

With the right charging solution, you can charge your Peugeot e-408 quickly and safely. A Type 2, 3 Phase, 16 Ampere charging cable ensures an optimal charging speed, so you are always ready to hit the road. Whether you want to charge at home, at work or on the road, we have the right solution for you.

Which charging solutions are suitable for this car?

At Accu-Machine.nl you will find a wide range of charging solutions for the Peugeot e-408. From charging cables and home chargers to charging stations, we have everything you need to charge your car efficiently. Our products are compatible with the Type 2, 3 Phase, 16 Ampere connection of the Peugeot e-408 and guarantee a safe and fast charging experience.

Frequently asked questions about charging the Peugeot e-408

Which charging cable do I need for my Peugeot e-408?

For the Peugeot e-408 you need a Type 2, 3 Phase, 16 Ampere charging cable. This cable ensures an optimal charging speed and is safe for use with this car.

What is the difference between a charging station and a home charger for this model?

A charging station is a fixed charging point, usually installed in public places or at companies. A home charger is a portable charging station that you can use at home. Both options are suitable for the Peugeot e-408, depending on your personal needs and preferences.

How long does it take to charge a Peugeot e-408 at 11 kW?

With an 11 kW charging cable, it takes about 5 to 6 hours to fully charge the Peugeot e-408. However, the exact charging time may vary depending on several factors, such as battery capacity and temperature.