DC or AC charging? How to charge your Flux vehicle optimally
The charging speed is a decisive factor for the efficient use of an electric commercial vehicle. While fast charging (DC) enables a particularly short charging time, standard charging (AC) is often more cost-effective and gentler on the battery. But what are the specific differences and which charging option is best suited to your application profile? Find out more here.
With DC fast charging, the electricity is converted from alternating current to direct current at the charging station and fed directly into the battery at high power. This allows you to supply your vehicle with energy in the shortest possible time - ideal for flexible use in everyday working life.
Flux charging power: With a fast charging power of 130 kW, your Flux vehicle charges enough energy for a range of 100 km in just 15 minutes.
Speed: Ideal for long distances, as you can recharge quickly on the go.
High flexibility: Spontaneous charging possible without long waiting times.
Good charging network: Fast charging stations are widespread along highways.
Battery load: High charging power can shorten battery life in the long term.
Range reduction: Regular DC charging can affect the maximum range in the long term.
With standard AC charging, the electricity is fed in as alternating current and only converted into direct current in the vehicle. This is particularly gentle on the battery, but takes longer.
Flux charging power: With 22 kW AC charging power, your Flux vehicle needs around 6 hours for a full charge - perfect for overnight stops.
Battery-friendly: Extends the service life and maintains the maximum range.
Cheaper: Lower charging power means lower energy costs. Night-time electricity can also be used, which is often cheaper.
Longer charging time: Requires several hours, therefore not ideal for short-term recharging.
Less flexibility: Charging times must be planned, especially for long journeys.
