Energy Storage with a Victron Multiplus Inverter
Using the JFK-Enterprise PowerMaster, a Victron Multiplus Inverter, and a LifePo4 Battery, to create a reliable energy storage solution.
Jakob Kaliwoda
This project is powered by the JFK-Enterprise PowerMaster, a powerful and versatile energy management system that allows you to monitor and control your energy usage with ease.
To find out more about the PowerMaster and how it can help you manage your energy needs, visit the JFK-Enterprise PowerMaster website.
Buy me a coffee Project Target
The goal of this project is to create a reliable and efficient energy storage solution using a Victron Multiplus Inverter, a LifePo4 Battery, and the JFK-Enterprise PowerMaster for energy management. This system will allow for seamless integration of renewable energy sources, backup power during outages, and optimized energy usage for a more sustainable lifestyle.
Main System Components
- Victron Multiplus II GX Inverter: Victron Multiplus II GX Inverter
- Felicity LifePo4 Battery: Felicity LifePo4 Battery
- Raspberry Pi 4: Raspberry Pi 4
- Shelly 3EM Pro Energy Meter: Shelly 3EM Pro
Creating the BMS to Victron Multiplus Inverter Connection
The wire connection between the BMS and the Victron Multiplus Inverter is crucial for the proper functioning of the energy storage system. There is cabel included with the Battery of Victron.
The connector is a RJ45 connector with the following pinout:
| Pin Victron | Pin Battery | Function |
|---|---|---|
| 8 | 3 | CAN High |
| 7 | 4 | CAN Low |
Configuring the Victron Multiplus Inverter
- Set the BMS Speed to „CAN-Bus BMS (500 Kbit/s)“
Jakob Kaliwoda