Industries · Battery Technology
Battery Technology & Modelling

Battery cell modelling, module and pack simulation, and electrochemical characterisation — enabling data-driven insights for next-generation EV battery system design.

BATTERY MODULE · 96S4P BMS TELEMETRY SOC87.3% SOH94.1% TEMP MAX34.2°C CURRENT142A VOLTAGE355.6V ISOLATION OK THERMAL MAP 28°30°32°31° 29°34°36°33° 27°29°31°28° BTMS ACTIVE BATTERY TECHNOLOGY · BMS CONTROL SYSTEMS · BHANEXUS
Industries · Battery Technology
Overview
Understanding the Battery at Every Level

Effective BMS software starts with an accurate understanding of the battery itself — its electrochemical behaviour, thermal dynamics, and degradation characteristics across chemistry, temperature, and state of charge. Our battery technology services provide the cell models, pack simulations, and characterisation frameworks that give your BMS engineers the physics-based foundation they need.

What we offer

Capabilities

01

Electrochemical cell modelling — equivalent circuit and physics-based

02

Battery module and pack modelling (1D thermal-electrical)

03

Battery simulation and characterisation

04

Degradation and calendar ageing modelling

05

Pack thermal simulation for BTMS design support

Tools Expertise

Tools Expertise

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Actively in Development

This capability is under active development. Get in touch early to discuss your requirements and shape our roadmap.

MATLABSimulink, Simscape Battery, Simscape Electrical
CharacterisationPulse discharge, HPPC, EIS analysis
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AI Roadmap · Simulink AI Designer
AI-Enhanced SOC/SOH & Ageing Models — Simulink AI Designer Roadmap

Our roadmap includes ML-enhanced battery models trained on real characterisation data — outperforming equivalent-circuit models in SOC accuracy, particularly at low temperatures and high C-rates.

See the Roadmap →
Partner with us

Explore battery technology and pack simulation with Bhanexus

We typically respond within one business day.

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