Battery Management Systems

All Lithium chemistries support
Single cell balancing current range 0.4A-6A
Modularity &
Scalability
Low & High
voltages support
CAN
communication

Why EMUS BMS?

Modularity & Scalability

No limits on battery pack design
Support for low and high voltage systems
Compact design

Advanced technology

CAN communication
Telematics for remote monitoring
Advanced SOC algorithms
Supports all Li-Ion chemistry cells

Simplicity in operation

Plug'n'play system - easy to setup and install
Wide range of customizable parameters for battery performance
Dedicated support engineer during BMS installation

Customization

Integration with external devices
Customization of operational logic
Automotive grade components available

Products categories

Accessories

Integrated MOSFET BMS (Low Voltage)

Cell Communication Adapters

Configurations

EMUS BMS MINI – CENTRALIZED

All-in-one device
6-16 cells voltages monitoring and balancing
5 temperature sensors support
5 Cell balancing current 500mA/cell
Charge/Discharge continuous current 100A
Cell balancing power 200mA per cell
Bluetooth connectivity via EMUS App
CAN/non-CAN chargers support

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EMUS G1 CCGM – CENTRALIZED

When battery pack is split into separate blocks
Flexible topologies – serial, parallel, combined
Master/Slave option for redundancy and hot swap
Supply voltage 15-67V per unit
Up to 28 CCGM can be connected to main control unit
One CCGM monitor up to 16 cells
Balancing power 420mA per cell

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EMUS G1 BMS – DISTRIBUTED REGULAR

For applications, where cells are connected in series
Optimal for one string of large capacity cells
Easy installation and setup
Chargers, inverters support – Victron, Delta Q, SMA, Elcon, Eltek and many more

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EMUS G1 BMS – DISTRIBUTED GROUPED

For applications, where battery pack is split into separate blocks
Optimal for large capacity cells
Cells blocks are connected in series and/or parallel configurations
Cell blocks are connected using CAN Cell Group Modules
Chargers, inverters support – Victron, Delta Q, SMA, Elcon, Eltek...
Master/Slave option for redundancy and hot swap

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EMUS G1 BMS – DISTRIBUTED MASTER/SLAVE REDUNDANCY

For applications requiring modularity, redundancy or hot-swap capability
Several EMUS BMS systems can be combined using Master/Slave Control Unit
Cell blocks are connected using CAN Cell Group Modules
Battery pack modules may be connected in series and/or parallel

Learn more

EMUS G1 BMS – DISTRIBUTED MASTER/SLAVE REDUNDANCY

Tech Blog

The Hidden Cost of the “Safety Buffer”

Uncover how a 10% SOC safety buffer can silently waste your battery investment—and how EMUS BMS…

BESS Safety & Reliability Checklist: Safeguarding Your Industrial Investment

Discover a practical BESS safety checklist to avoid hidden capacity losses, choose the right BMS architecture,…

Second-Life Battery Challenges: Why Your BMS Needs to be Chemistry-Agnostic

Second-life batteries bring mixed chemistries and uneven degradation—learn how a chemistry-agnostic BMS ensures safety, accuracy, and…

The Hidden Capacity Gap: Why Your ESS Isn’t Delivering the kWh You Paid For

Why your ESS delivers 10–15% less energy than expected—and how high-current BMS balancing eliminates drift to…

BMS Architecture: Centralized vs. Distributed – A Guide for Battery Engineers

Centralized vs. distributed BMS: learn how each architecture impacts balancing, scalability, and reliability to choose the…

Battery Management Systems for Agriculture
Read more

Battery Management Systems for Warehousing and forklifts

Battery Management Systems for Special tasks machines

Battery Management Systems for Domestic applications

Battery Management Systems for Cleaning

Battery Management Systems for e-Mobility

Battery Management Systems for Delivery vehicles

Battery Management Systems for Marine applications

Battery Management Systems for Power storages

battery made simple

Why EMUS BMS?

Products categories

Configurations

Tech Blog

The Hidden Cost of the “Safety Buffer”

BESS Safety & Reliability Checklist: Safeguarding Your Industrial Investment

Second-Life Battery Challenges: Why Your BMS Needs to be Chemistry-Agnostic

The Hidden Capacity Gap: Why Your ESS Isn’t Delivering the kWh You Paid For

BMS Architecture: Centralized vs. Distributed – A Guide for Battery Engineers

News

EMUS BMS video review – Expert-Verified. IEC 62619 Ready. Limitless Scalability

EMUS is participating in The Battery Show North America 2025 in Detroit, October 7–9, 2025!

EMUS at The Battery Show Europe 2025 in Stuttgart!

EMUS became a proud member of the Lithuanian Engineering and Technology Industries Association (LINPRA)!

EMUS introduces high accuracy CAN Current Sensor!

Looking forward to “The Battery Show North America 2024” in Detroit on October 8-10, 2024!

Applications

Get samples and test EMUS BMS!