Product Overview

The Model-Based Single Cell BMS Software Development Board from Decibels Lab is a hands-on educational and R&D platform designed for the development, simulation, and validation of Battery Management System (BMS) algorithms at the single-cell level.


This board bridges the gap between simulation and real-world application, allowing learners and engineers to create, test, and refine BMS control strategies using a model-based design approach. It is ideal for academic training, corporate upskilling, and research projects focused on lithium-ion battery systems.

Product Specifications

 

Product Features Single Cell BMS
Micro controller platform NXP K114
Number of cells options 2
Cell chemistry options NMC & LFP
Voltage measurement ADC
Current measurement Shunt based
Temperature sensing ADC
Maximum current handling 5 Amp
Cutoff option MOSFET based
Protection features MOSFET based
Charging Voltage & current adjustable
Charging profile configuration Yes
Fault indication LED based
SOC estimation OCV / CC / OCV + CC
SOH Capacity counting
Cell Balancing No
Display Touch Display
Custom code development Yes

Key Experiments You Can Perform

  • State of Charge (SOC) Estimation

    Implement and validate SOC algorithms for a single cell.

  • State of Health (SOH) Estimation

    Develop methods to monitor battery aging and performance degradation.

  • Fault Detection and Management

    Simulate and detect faults like overvoltage, undervoltage, overcurrent, and temperature anomalies.

  • Thermal Management Simulation

    Integrate cell temperature data into BMS decision-making.

  • CAN Communication Implementation

    Transmit cell data over a CAN network.

  • Model-Based Control System Design

    Use MATLAB Simulink to design and simulate BMS control logics.

  • Data Logging and Analysis

    Collect, log, and analyze performance parameters during experiments.

Who Should Use This Lab?

  • Universities & Engineering Colleges

  • Battery Pack Designers & Integrators

  • EV Startups & R&D Labs

  • MATLAB/Simulink Learners & Educators

  • Embedded Systems & Automotive Engineers