Victron Cerbo GX Electrical Communication Hub

Maximise the performance from your electrical system 

Control your Victron electrical system from one place with the Cerbo GX hub. This bespoke control unit allows your discrete Victron electrical units to communicate with each other.

Advanced data and control

The Cerbo GX provides important metrics such as battery SoC (state of charge), power consumption, power harvest from solar, generator or mains, tank levels and temperature measurements. You can use this information to make decisions on your shore power input current limit, automatically start or stop generators, and change other parameters to optimise your system.

With many I/O options

The Cerbo contains a plethora of inputs, including multiple USB ports, general purpose digital inputs, Victron VE.Direct connectors, CAN bus, 2 relays, temperature ports and tank level ports. With this connectivity you can control up to 25 VE.Can solar chargers, for example. 

Powerful processor

The Cerbo uses an efficient dual-core processor to process your system’s performance data, allowing a wide number of inputs and fast analysis. You can use the VictronConnect app to communicate with the Cerbo via Bluetooth, or connect via the Victron Remote Management system for easy configuration of your system’s rules and scheduling.

With optional touchscreen

The Cerbo GX Touch 5″ touchscreen features a waterproof display and easy installation. It’s perfect for configuring your system for optimised energy usage.

Victron Cerbo GX features:

• Dual core processor
• Huge number of available inputs
• With Bluetooth for smartphone monitoring and control
• Includes two relays for switching devices
• Automatic scheduling features included to turn off devices on a timer
• Can be mounted via standard DIN-rail with small DIN-35 adapter
• Waterproof design to resist damage
• Compatible with VRM (Victron Remote Monitoring) online system

Victron Cerbo example uses:

• Off-grid generators: Auto start/stop your generator, with ability to delay ignition until end of ‘quiet’ period
• Energy storage systems: Keep backup batteries at 100%, kick in power during power cuts, divert excess solar power to self-consumption to save money

Manual: