It takes two, baby.

Based on Veton® One, dual charging capability. Emphasized by the same warm LED light and gold reflective interior color.

One model, three variations

Our Veton® Two charging station was designed with charging capability for two EVs in mind for a more versatile premium charging solution. This dual charger can be equipped with two sockets or two plugs. Furthermore, the ‘Base’ model is a simplified yet elegant version of the Two (Socket) model. Compatible with EU electric vehicles (Type 2).

Pick a type

A splash of color.

Available in 4 colors - Imperial Black, Cotton White, Midnight Blue and Medusa Green.

Pick a color

Imperial Black

Natural elegance.

An added layer of luxury to that ideal aesthetic. Redesigned to incorporate an elegant piece of nature.

Pick a material

Teak Wood


Veton® Two is available with a wide range of connectivity options. The standard version offers extensive possibilities to control the charger from home automation systems and/or OCPP compatible platforms (for these platforms, an optional MID certified meter is required). In addition, an optional RFID module provides the ability to keep track of charging sessions for different users when integrated with an above-mentioned OCPP compatible platform.

Smart control.

We love to provide for applications such as charging with sustainable energy (e.g. PV systems, batteries, etc.), dynamic load balancing, and dynamic energy rates. To this end, Veton® offers optional modules such as LifePowr Flexio or Luqas, that automatically implement your Veton® charger in a sustainable energy ecosystem without any hassle. Additionally, our chargers can be integrated in smart home systems such as KNX, Loxone, Qbus or any other Modbus TCP/RTU, MQTT or REST API driven system.

Brand it your way.

Choose for logo engraving and give your Two charging point that extra personalised touch. Engraving is done into the front cover.

How we keep fit.

As opposed to more traditional EV chargers, we provide a small electric cabinet containing the charging components that can be mounted inside the building.

Why? On the one hand, this allows us to keep the charger more compact, maintaining a beautiful aesthetic. On the other, the components are better guarded against natural elements, providing an increased sustainability.

Side note, integration with an OCPP compatible platform requires an active internet connection to the components, by means of a UTP network cable. No connection possible? Not to worry. Our chargers can be delivered with an optional SIM card slot. Generally, your provider can supply you with a SIM card to connect to their platform.

So what's included?

For the convenience of our installers, our chargers are delivered, by default, with a residual current monitoring device, that they can use to adapt the existing electrical installation to add the charger. This will require the installer to add these changes to the electrical diagrams for the electrical inspection.

Optionally, our chargers can be delivered ready for use. This means no changes to the existing electrical installation are done. The components can be connected right after the electric meter.

Wondering which scenario would work best in your situation? An installer can recommend what would be the best way forward in your specific case.

Furthermore, power supply is included, as well as an integrated cable or socket, depending on the choice of charging output.



Ethernet, MQTT, Modbus TCP/RTU, REST API
Optional 4G/2G connection

Charging specifications

Mode 3 charging capability
3,7kW - 13,5kW (cable) / 22kW (socket)

Overload protection

Dynamic load balancing
Optional extra meter required

OCPP compatibility

Connect with provider of choice

Energy monitoring

2 x MID certified energy monitor
Calculation of transaction costs

Residual Current Detection

Built-in residual current protection
6mA DC / 30mA AC


1152 x 209 x 186 mm (cable) / 1152 x 154 x 186 mm (socket)
H x W x D

Component housing

Built-in utility closet
600 x 315 x 155 mm


2 x 5G 4/6mm2 + 8 to 18 x 0.34mm2 (UTP / SVV)
Between components and charger