Sähköauton latausasema Charge Amps Aura 2x22 kW 3P 32A Type 2

Charge Amps Aura is a dual-output electric vehicle charging station offering two simultaneous AC charging outlets rated at 2x22 kW. The unit operates from a three-phase 32A supply and uses Type 2 connectors. Designed for private and commercial environments, the Aura provides compact, high-power charging suitable for homes, workplaces and small fleets that require reliable, simultaneous charging for two EVs.

Advantages

The Aura delivers balanced load distribution between its two outputs, enabling efficient use of a 3P 32A supply while maintaining up to 22 kW per output. Its Type 2 connectors ensure broad compatibility with most modern electric vehicles in Europe. The dual-output design reduces the need for multiple charging installations and supports simultaneous charging sessions, improving space efficiency and operational convenience.

Suitable for

• Residential garages and private homes with three-phase 32A supply
• Workplaces and offices providing employee vehicle charging
• Small commercial fleets and shared vehicle parking areas
• Locations requiring two simultaneous AC fast charges with Type 2 interface

Key specifications

• Maximum output power: 2 x 22 kW (AC)
• Supply type: three-phase (3P) 32A
• Connector type: Type 2 (IEC standard)
• Number of outputs: two simultaneous charging outlets

How to use

Install the Charge Amps Aura according to local electrical regulations and the installer instructions, ensuring a compatible three-phase 32A supply and proper earthing. Connect each vehicle using the Type 2 charging cable, initiate charging via the vehicle or station controls, and monitor charging progress through the vehicle’s display or the station interface if provided. Observe load balancing behavior when both outlets are in use; the station manages distribution to remain within the 3P 32A supply limits.

Recommendations

For safe and reliable operation, have the Aura installed and commissioned by a qualified electrician, verify compatibility with vehicle onboard chargers, and ensure regular visual inspections of connectors and cables. Use appropriate charging schedules to match grid capacity and operational needs when charging two vehicles simultaneously.