ANTIK Solartech

ANTIK WallBox Sharing AC 22kW

Kód produktu: ATK-SCHEV4S
990,00 €
s DPH
The WallBox Sharing AC 22 kW is a smart charging station designed for shared e-mobility fleets. It supports charging for electric cars, e-scooters, e-bikes, and e-mopeds with a 22 kW AC output. Equipped with GSM, LoRaWAN, and GNSS connectivity, it enables remote management and automatic output activation. RS485 connectivity ensures seamless integration with photovoltaic systems, allowing efficient use of solar energy for charging and optimizing fleet operations.

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Technical parameters

Power: 22 kW AC
Input voltage: 3×32 A, 400 V

Outputs:
- 1× Type 2 socket for electric vehicles
- 3× 230V sockets for scooters (max. 2.5 kW)
- 3× 42V outputs for e-bikes and scooters (160 W per output)
- 2× USB slots for charging power banks (5V/5000mAh)

Connectivity: GSM 2G, GNSS, LoRaWAN, RS485
Safety: Residual current circuit breaker B, zeroing protection, automatic detection of connected vehicles
User interface: LED indicators, OLED display, remote management via app
Mounting: Wall mounting or mounting on a special pole

Operating temperature: -20°C to +60°C

Protection: IP54 (dust and water resistant)

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Quick parameters

Charging station power: 22 kW AC
Outputs: 3×230V, 2×42V, 2×USB
Connectivity: WiFi, Bluetooth, GSM 4G, LAN, RS485 for photovoltaics
Safety: RCD B, emergency disconnect

A comprehensive solution for shared mobility

The WallBox Sharing AC 22 kW is designed for charging shared e-mobility fleets , supporting:

✅ Electric cars – via Type 2 socket with 22 kW AC power
✅ E-scooters – via 3× 230V sockets (max. 2.5 kW)
✅ E-bikes and scooters – via 3× 42V outputs (160 W per output)
✅ Power banks and smaller devices – via 2× USB slots (5V/5000mAh)

This versatility makes the station an ideal solution for urban shared transportation services, corporate fleets and micromobility operators .

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Wiring diagram

The Sharing wallbox is also designed to operate with an island photovoltaic system. It monitors the performance of the solar system, the battery status and, based on this information, allows charging of individual outputs so that the system is not overloaded.

Data-driven charging with advanced connectivity

WallBox Sharing AC 22 kW offers advanced connectivity and intelligent fleet management , making it an ideal solution for shared e-mobility systems. GSM 2G, GNSS and LoRaWAN support allows remote monitoring, location tracking and efficient management of charging processes. Each outlet is equipped with an electricity meter with an energy counter , which allows for accurate measurement and management of consumption. Automatic activation of outlets ensures efficient use of the charging infrastructure, while the system can display current power values ​​at each outlet .

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Scalable charging infrastructure for efficient operation

An important part of the operation is also the scalability of the solution , which allows the gradual expansion of charging points according to the growing needs of the fleet. Whether it is expanding the network in an urban environment or adapting the station to different types of vehicles , the system provides high flexibility in deployment. The durable design and easy assembly allow for quick installation in various locations without the need for extensive infrastructure modifications.

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Shared mobility with worry-free charging

When operating a shared mobility fleet, the reliability of the charging infrastructure is crucial. The WallBox Sharing AC 22 kW is designed to ensure continuous charging availability , minimize downtime and enable rapid vehicle swapping in the field. With intuitive controls and automated processes , users gain quick access to charging without complex manual interventions .

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Custom color design according to your requirements

The color design can be customized, allowing you to customize the appearance of the charging station according to individual requirements. There is an option to choose the color of the front plastic, the color of the LED strips and the logo design , which aesthetically matches the environment in which the station will be installed. This flexibility is ideal for both private and commercial use , where visual identity and a uniform design of the infrastructure are important.

I am interested - non-binding form
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