Victron equipment is modular, which is its strength and the reason so many part-finished installations end up doing less than the owner paid for. The components only behave as a system when they are networked and configured as one.
This guide walks through the building blocks and the decisions behind each.
Every sensible design starts with what the boat actually consumes over a typical 24 hours, and how that energy is replaced — engine hours, solar, shore power, or a combination. The bank size, charger rating and solar array follow from that.
Specifying components first and hoping the numbers work is how boats end up with an inverter that trips the bank and solar that never contributes meaningfully.
A typical marine setup uses a small number of pieces, each with a defined job.
Connecting the components so they share data lets the charger back off when solar is contributing, lets the monitor report genuine state of charge, and gives you one screen instead of five. It is also what makes remote monitoring useful rather than a novelty.
Configuration is not optional. Absorption voltages, charge current limits, inverter cut-offs and alarm thresholds all need setting for the specific bank and boat. We hand over a documented configuration so the next person to work on the boat is not guessing.
Not on every boat. It earns its place where there are several charge sources, remote monitoring matters, or you want everything on one display.
Yes, though the shared-data advantages apply within the Victron network. Mixed systems are common and workable when the interfaces are planned rather than assumed.
Big enough for the largest realistic simultaneous AC load, and no bigger — an oversized inverter draws more in standby and demands more from the bank and cabling.
Yes. Every installation is handed over with the configuration documented as part of the pack.
We design, supply, install and commission complete Victron systems, then document the configuration. Free on-board assessment first.