⚙️ Technical Specifications
Feature Description
Input Voltage 400V (AC, 3-phase)
Output Current 32 Amps
Maximum Power 22kW
Connection Type Usually Type 2 (Mennekes)
Cable Type 5x6 mm² or thicker (3-phase, N, PE)
Protection Features Overcurrent, overheating, leakage current, ground fault
Charging Time Shorter (not as fast as DC, but fast AC)
🚗 Charging Time Calculation with 22kW (Approximate)
Battery Capacity Charging Time (~)
40 kWh ~2 hours
60 kWh ~2.7 hours
77 kWh ~3.5 hours
Note: These values ​​are estimated for a full capacity (0-100%) charge and may vary depending on the vehicle's maximum AC charging support. Some vehicles may not fully utilize the 22kW support.

🧰 Applications
Commercial charging stations

Apartment/complex charging systems

Fast wallbox installations (homes with compatible electrical infrastructure)

Company parking lots/fleet management

✅ Advantages
One of the fastest options in the AC charging category.

Can be used with systems that can support multiple vehicles simultaneously.

Significantly reduces long waiting times.

⚠️ Things to Consider
Requires a 3-phase electrical system (not available in every home).

Your electrical system must support a 22kW load.

Your vehicle's AC charging support must be 22kW. Otherwise, the vehicle will charge at a slower rate, even if the adapter is 22kW.

It must be installed with appropriate cable cross-section and protective equipment (switch, residual current device, etc.).

🧪 22kW vs. 7kW Comparison
Features 7kW (32A Single Phase) 22kW (32A Three Phase)
Number of Phases 1 (Single Phase) 3 (Three Phase)
Charging Time Longer Shorter
Infrastructure Requirement Low High
Home Suitability Widespread Limited (depending on infrastructure)