Battery management that adapts to every cell, every cycle.
BatteryPulse BMS.io is an advanced, adaptive BMS software stack for EV and energy storage packs. Model-based and proven in series production, it pairs physics-based models with AI to unlock more usable energy, faster charging and longer battery life, safely.
The BMS.io difference.
Model-based from day one
Every function is designed and simulated as a model, then verified in MiL, SiL and HiL before it reaches the pack, and production code is generated from the same models. Changes stay traceable and reach the vehicle fast.
Proven in series production
Built on battery management engineering that has already reached start of production in vehicle and energy storage programs, not on lab prototypes alone.
Adaptive by design
Physics-based cell models work together with AI and adapt to aging, temperature and cell-to-cell spread, so state estimation stays accurate for the whole life of the pack.
Open and hardware-agnostic
Runs on the automotive controller you choose, in AUTOSAR-oriented or bare-metal environments, for LFP, NMC, LTO and sodium-ion packs from low-voltage to high-voltage systems.
A complete, advanced BMS software stack.
Advanced state estimation
Adaptive SoC, SoH, SoP, SoE and SoF algorithms that stay accurate from the first cycle to the end of life.
Protection and diagnostics
Anomaly detection, fault diagnosis and protection strategies that step in before limits are reached, ready to host the BatteryPulse Guard safety layer.
Charging control
Charge power limits that follow cell temperature, state and age, with charger communication for AC and DC fast charging.
Cell monitoring and balancing
High-resolution cell voltage and temperature monitoring, with passive or active balancing strategies that keep the pack in step.
High-voltage control
Contactor sequencing, pre-charge, insulation monitoring and interlock handling, coordinated with the vehicle or site controller.
Lifetime data
SoH history, event and usage logging on board, ready for cloud analytics such as BatteryPulse Core.
Connectivity and updates
CAN FD, UDS diagnostics and XCP calibration, with secure over-the-air updates and cybersecurity in line with ISO/SAE 21434.
Functional safety and verification
ISO 26262 and ASPICE aligned development, safety mechanisms, fault handling and automated MiL, SiL and HiL test campaigns.
From two-wheelers to grid storage.
Available on request. Built on eMOBINO’s model-based BMS engineering and delivered as a licensed software stack with integration and calibration support, or within an engineering program.
- Passenger and commercial EVs
- Two- and three-wheelers
- Buses and special-purpose vehicles
- Off-highway and industrial vehicles
- 48 V and 12 V battery systems
- Energy storage systems
Is BMS.io a fit for your pack?
Share your pack, controller hardware and target markets. We will come back with a fit assessment.