Smart #3 Brabus EV charger: which one fits best?
The Smart #3 Brabus is one of the few electric cars that can charge at home at the full 22 kW AC. While most EVs stop at 11 kW, this top version can make full use of a suitable 22 kW EV charger. Want to compare the other models in the range? Browse all Smart EV chargers.
For the Smart #3 Brabus, we recommend a charger from our range of 22 kW EV chargers.
Charging specifications of the Smart #3 Brabus
| Specification | Value |
|---|---|
| Battery capacity | 66 kWh (62 kWh usable) |
| Max. AC charging power (home) | 22 kW |
| Range (WLTP) | 415 km |
| Charging time with an 11 kW charger | approx. 6.5 hours (including charging losses) |
| Charging time with a 22 kW charger | approx. 3.5 hours (including charging losses) |
| Charging connector | Type 2 |
| DC fast charging | up to 150 kW (10 to 80% in approx. 31 minutes) |
Which EV charger suits the Smart #3 Brabus?
The Smart #3 Brabus charges at up to 22 kW AC. With a suitable three-phase connection, a 22 kW EV charger allows you to use the car's full AC charging power. Have a less powerful electrical connection at home? Then an 11 kW EV charger is also a good choice, allowing you to recharge the battery comfortably overnight.
A MID meter is also worth considering. This is a certified kWh meter built into the charger that accurately records the electricity used for charging. It keeps your car's charging consumption separate from the rest of your household use, making it easier to monitor your charging costs. Not every charger includes this feature, so take a look at our EV chargers with a MID meter if accurate metering is important to you.
Browse all 22 kW EV chargers or the lower-powered 11 kW EV chargers in our range. The Smart #3 Brabus uses a Type 2 connection, the European standard for AC charging. You need a separate Type 2 charging cable when using a charger with a socket or a public charge point without a fixed cable.
How long does the Smart #3 Brabus take to charge?
The charging time depends on the usable battery capacity of 62 kWh and the available charging power. With an 11 kW EV charger, a full charge takes approximately 6.5 hours, including charging losses. This is easily enough for overnight charging. With a 22 kW EV charger and a suitable three-phase connection, the Brabus can be fully charged in roughly 3.5 hours.
For many drivers, an 11 kW EV charger is sufficient. If you want to use the car's full AC charging capability or have a dynamic electricity tariff, a 22 kW EV charger can help you make better use of shorter low-price charging periods.
Other versions of the Smart #3
Wallbox Discounter also has charging information for other Smart models:
- Smart #3, the standard version without the Brabus performance
- Smart #1, the more compact SUV from the same range
- Smart #1 Pro, the entry version with a smaller battery
Frequently asked questions
Does the Smart #3 Brabus really charge at 22 kW AC?
Yes. The Smart #3 Brabus has an onboard charger that can accept up to 22 kW AC, which relatively few electric cars can do. With a 22 kW EV charger and a three-phase connection capable of supplying 3 × 32 A, you can use the full charging power and recharge the car in roughly 3.5 hours.
Does the Smart #3 Brabus need a three-phase connection?
For the full 22 kW, yes. With a less powerful electrical connection, the car charges more slowly, for example through an 11 kW EV charger. Dynamic load balancing can help you make better use of the available electrical capacity. The charger continuously measures how much power the rest of the household is using and adjusts the charging power automatically. Our EV chargers with dynamic load balancing handle this automatically.
Why does a MID meter matter for the Smart #3 Brabus?
A MID meter is a certified kWh meter that accurately records the electricity used for charging. It allows you to see your car's charging consumption separately from the rest of your household use, making it easier to track your actual home charging costs. Not every EV charger includes a MID meter, so check this feature specifically when comparing models.