Type 2 – Type 2 Charging Cable – 22 kW

The Type 2 – Type 2 Charging Cable is designed for connecting electric vehicles with a Type 2 socket to AC charging stations and wall-mounted charging units.

Supporting AC charging power up to 22 kW, the cable can be used with three-phase charging infrastructures. With Type 2 connectors at both ends, it provides a secure and practical connection between the vehicle and the charging station.

Available in 5 or 7-meter cable options, it offers convenient use at homes, workplaces, parking lots, and public charging stations. Thanks to its durable cable structure and protected connectors, it is suitable for daily use.

This product is not an independent charger; it is only a connecting cable. A Type 2 output charging station or wall-mounted charging unit is required for the charging process to occur.

Key Features

• Type 2 – Type 2 connection
• Supports AC charging up to 22 kW
• Compatible with three-phase charging infrastructure
• Supports current up to 32 A
• 5 or 7-meter cable options
• Compatible with electric and plug-in hybrid vehicles
• Use with home wall units and public charging stations
• Durable and flexible cable structure
• Plug-and-play use
• Easy to carry and store

Technical Specifications

• Product type: Electric vehicle charging cable
• Vehicle connection: Type 2
• Charging station connection: Type 2
• Maximum charging power: Up to 22 kW
• Maximum current: Up to 32 A
• Phase type: Three-phase
• Nominal voltage: 400 V AC class
• Cable length: 5 or 7 meters (according to selection)
• Charging type: AC charging
• Area of use: Type 2 socket charging stations and wall-mounted charging units
• Usage: Plug-and-play
• Compatible vehicles: Electric and plug-in hybrid vehicles with Type 2 connection

Package Contents

Type 2 – Type 2 Charging Cable, carrying bag, and wall mount bracket.

Compatible Brands and Models

Vehicles with Type 2 input and charging points with Type 2 output.

Usage note: Actual charging power varies depending on the vehicle's AC charging capacity, the charging station's output power, and the electrical infrastructure. If the vehicle or station supports lower power, charging will occur at the lowest supported power.