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Simulation — CAE

Simcenter Battery Design Studio

Simulation from cell through to full battery pack

A dedicated simulation environment for the battery industry covering cell electrochemistry, module and pack thermal management, structural safety and ageing.

Overview

Battery development is hard because the physics is deeply coupled: electrochemical reactions generate heat, temperature affects reaction rate and ageing, uneven temperature distribution degrades cell consistency, and the structure must remain safe under thermal runaway. Battery Design Studio handles all of it in one environment, from equivalent-circuit or electrochemical cell models through to pack-level thermal and structural response.

It ships with material and cell databases so you can start from ready-made parameters, or import measured vendor data for calibration. For battery makers and vehicle thermal teams that shortens the path from concept to a manufacturable design considerably.

Positioning
Battery-specific multiphysics simulation
Coverage
Cell — module — pack
Analysis types
Electrochemical / thermal / ageing / structural
Data sources
Built-in databases and measured calibration
Typical industries
Traction batteries, energy storage, vehicles, consumer electronics
Key capabilities

Key capabilities

Cell modelling

Equivalent-circuit and electrochemical models, calibratable against measurements.

Thermal management

Evaluation and optimisation of liquid cooling, air cooling and phase-change materials.

Ageing and life

Ageing prediction and life assessment as a function of temperature and duty cycle.

Thermal runaway and safety

Propagation path assessment and safety structure design.

Structural analysis

Vibration, shock, crush and enclosure strength checks.

System simulation coupling

Models exportable for vehicle-level or 1D system simulation.

What it delivers

What it delivers

  • One chain from cell to pack — no stitching data across disconnected tools
  • Thermal concepts comparable at design stage, cutting prototype builds
  • Thermal runaway risk becomes predictable, so safety design is evidence-based
  • Built-in databases and calibration tools make for a fast start
  • Models reuse in vehicle simulation, completing the digital twin
Modules & components

Modules & components

Cell ModellingEquivalent-circuit and electrochemical models with calibration.
Pack Thermal ManagementLiquid, air and phase-change material analysis.
Ageing AnalysisCycle and calendar life prediction.
Safety AnalysisThermal runaway propagation and structural protection.
Model ExportInterfaces to Amesim, STAR-CCM+ and vehicle simulation.
Typical applications

Typical applications

Traction battery pack thermal managementEnergy storage cooling designCell selection and calibrationThermal runaway safety assessmentFast-charging thermal analysisBattery structural strength checks

Let’s talk about your project

Whether you are evaluating software, scoping a project, or stuck on a specific engineering problem — start with a conversation.