Victron Energy Meter VM-3P75CT

Characteristics of the Victron VM-3P75CT Energy Meter - REL200300100

Three-phase energy meter with Ethernet and VE.Can communication ports

The Victron VM-3P75CT - REL200300100 energy meter is a standard device for measuring the power and energy of single-phase and three-phase applications, for example in the distribution box or for measuring the output of a PV inverter, an AC generator or an inverter or inverter/charger.

High refresh rate

When calculating the RMS power values of each phase, the energy meter transmits them via VE.Can or Ethernet at a high frequency, so that measurements of energy usage, grid import and grid injection, e.g. of an ESS system, will be more accurate.

Very easy configuration of the Victron VM-3P75CT Energy Meter

Designed for easy integration, the energy meter works out of the box as a grid meter in most systems. Only configuration (via VictronConnect) is required to change the function (grid meter, PV inverter, AC generator or AC load counter) and manual IP configuration instead of the default, DHCP.

Remote monitoring from anywhere

Your data will be displayed in the VictronConnect application, in a GX device such as the Victron Cerbo GX MK2 Monitoring - BPP900451100 or the Ekrano GX and on our VRM portal.

Easy installation with split-core current transformers

The Victron VM-3P75CT energy meter uses clamp-on current transformers to measure current accurately, without having to change the installation's wiring.

Vector registration method

The Victron VM-3P75CT energy meter uses the vector register method (the vectors of each phase L1, L2 and L3 are added together).

Datasheet Victron Energy Meter VM-3P75CT - REL200300100100

View Victron VM-3P75CT - REL200300100 Energy Meter Guide

Are you looking for a Wi-Fi solution for measuring or switching loads? In the Shelly + Victron guide We compare the Shelly meters compatible with Venus OS (Pro 3EM, EM Gen3, etc.) and explain when this RS485-enabled meter is the best choice and when a Shelly meter is preferable.