BATTERY CELL SIMULATION 

Optimize Battery Design and Improve Electric Vehicle Performance with a Battery Cell Simulator

Key Benefits

Accurately predicts battery behavior under different operating conditions: Battery cell simulators use a combination of electrochemical models and empirical data to simulate the behavior of lithium-ion battery cells. This allows for accurate predictions of battery performance under different operating conditions

Optimizes battery designs: Battery cell simulators can be used to evaluate the effect of different battery design parameters on battery performance, such as electrode thickness and porosity. This provides insights into the optimal design of battery systems for EV applications

Improves EV performance: By optimizing battery designs and evaluating battery performance, EV manufacturers can improve the performance of their vehicles. This can include increasing range, reducing charging time, and improving overall efficiency

Saves time and resources: Using a battery cell simulator can save time and resources by reducing the need for physical testing of battery cells. This allows for faster and more cost-effective development of battery systems for EV applications

Battery Cell Simulator

The ALIARO Battery Cell Simulator (BCS) empowers users to verify the Battery Management System (BMS) functionality. It simulates both the battery cells and sensors to ensure that your communication, safety functions, cell balancing, and fault monitoring algorithms work as expectedtext. Lorem ipsum dolor sit amet, consectetur adipiscing elit nullam nunc justo sagittis suscipit ultrices.

Download Solution Brief

Customer Needs vs ALIARO Solution

Test the functionality of Battery Management Systems with a focus on battery communication and capabilities. 

Simulate all characteristics of a battery cell or battery pack using simulation hardware and/or mathematical models using Simulink. 

Fault insertion in cells for opens, shorts or polarity reversal.

Run simulation and/or test software from different controllers depending on focus of testing, performance requirements. and/or the complexity of the BMS. 

Battery Cell Simulation modules simulate/replace the real battery with Open, short, and ground hardware fault insertion functionality by default.

eMove BCS - Blockdiagram

Battery Model design using MATLAB/Simulink

The xMove Battery Cell Simulator is compatible with the Mathworks Simulink toolchain where you can create custom battery models using the MATLAB based Simscape language, which enables text-based authoring of physical modeling components, domains, and libraries.

Resources
The application and model tools are available on mathworks.com.Simscape / Electrical / Specialized Power Systems / Sources

Hardware-in-the-loop
To deploy your models to other simulation environments, including hardware-in-the-loop (HIL) systems, Simscape supports C-code generation.

Software Application

The eMove Battery Cell Simulator is an open platform which offer the end-user to work from any 3rd party supplier of test systems where they support *SPI.
*Serial Peripheral Interface (SPI)

Software Control Panel
The software control panel is based on NI LabVIEW and enables the user to configure, measure and control the battery cell simulator.

VeriStand Soft-panel UI
ALIARO deliver a default soft-panel UI on request.

Software Drivers
The simulator is delivered with LabVIEW drivers. 
VeriStand Custom Device can be delivered by ALIARO on request.

Technical Demonstration - 6 cells battery cell simulation