V2C Trydan – Cargador inteligente para vehículo eléctrico 7,4 kW

The V2C Trydan is an intelligent EV charger for electric and plug-in hybrid vehicles with Type 2 connection, available in 7.4 kW single-phase.

It features dynamic power control, photovoltaic integration, solar surplus charging, WiFi, Bluetooth and full remote management through V2C Cloud.

An advanced charging solution designed to maximise available electrical power and make the most of your solar energy production.

Long description

V2C Trydan: intelligent EV charging

The V2C Trydan is an advanced smart charger designed for electric vehicles and plug-in hybrids.

Available in single-phase versions up to 7.4 kW , Trydan combines fast EV charging with intelligent energy management and advanced photovoltaic integration.

Charging current can be configured between 6 and 32 A.

Dynamic Power Control

Trydan's dynamic power management system continuously monitors the electrical consumption of the installation and automatically adjusts the power available for EV charging.

When household consumption decreases, more available power can be allocated to the vehicle. When consumption increases, the charger can automatically reduce charging power.

This helps optimise the available electrical capacity while reducing the risk of exceeding the installation's power limit.

Designed for photovoltaic installations

Trydan is particularly suitable for homes and businesses equipped with solar photovoltaic systems.

The charger can manage EV charging according to household consumption and photovoltaic production, allowing surplus solar energy to be used to charge the vehicle.

Depending on the installation and metering system, different charging strategies can be configured to maximise solar self-consumption.

Solar inverter integration

Trydan is compatible with photovoltaic installations and numerous solar inverters and energy meters.

Where compatible direct integration is available, the charger can obtain energy data through the local network. Other installations can use compatible smart meters or current clamps for dynamic power management.

This makes Trydan suitable for both new photovoltaic systems and existing solar installations.

V2C Cloud

The free V2C Cloud platform provides complete control of the charger from a smartphone.

Available functions include:

• Start and stop charging.
• Adjust charging current.
• Schedule charging sessions.
• Charge during lower electricity tariff periods.
• Monitor charging power and energy.
• View charging history and statistics.
• Lock or unlock the charger.
• Configure dynamic power control.
• Manage photovoltaic integration.

Advanced connectivity

Trydan includes:

• WiFi.
• Bluetooth.
• OCPP 1.6 JSON.
• Cloud API.
• V2C Cloud connectivity.
• Smart home integration.

It can also integrate with compatible platforms including Alexa, Google Home and Home Assistant.

Technical specifications

Maximum charging power

• Single-phase: up to 7.4 kW.

Voltage

• 230 V single-phase.

Adjustable current

• 6–32 A

Vehicle connector

• Type 2.
• Tethered cable or Type 2 socket depending on version.

Cable length

• 5 metres.
• Additional configurations depending on model.

Connectivity

• WiFi.
• Bluetooth.

Communication

• OCPP.
• REST API Cloud.

Ingress protection

• IP54.

Impact resistance

• IK10.

Operating temperature

• -25 °C to +50 °C.

Status indicator

• RGB lighting according to charging status.

Display

• Front display depending on model.

Available configurations

V2C Trydan is available with different options including:

• 7.4 kW single-phase.
• Type 2 tethered cable.
• Type 2 socket.
• Different charging cable lengths.
• Integrated electrical protections.
• MID energy meter.
• DC leakage detector.
• Cable holder.
• Pedestal.
• Different dynamic power control and metering systems.

Why choose the V2C Trydan?

Trydan is an ideal solution for users looking for more than a conventional EV wallbox.

Its combination of dynamic power control, remote management, scheduled charging and photovoltaic integration helps optimise electricity consumption and reduce charging costs.

It is particularly suitable for homes and businesses with solar self-consumption systems.