Key Features


  • Simulates 12 isolated programmable cells in a single compact module
  • Scalable up to 250 cells (1200 V max) for full-pack simulation
  • High-precision output — 120 µV resolution and ±1 mV accuracy
  • Supports open, short, and reverse polarity fault simulation
  • CAN interface (1 Mbps) for seamless integration with HIL setup
  • Supports both passive and active balancing



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MBCS 12C Battery Cell Simulator


MaxEye Technologies The MBCS-12C brings the power of advanced battery emulation to your lab, enabling engineers to test Battery Management Systems (BMS) with unmatched accuracy, safety, and control all without using real battery cells.



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It accurately replicates the electrochemical behavior of individual battery cells or packs, helping teams accelerate BMS development, validation, and fault analysis. Whether you’re simulating challenging SoC conditions or abnormal fault scenarios, the MBCS-12C makes it faster, repeatable, and safer.


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Powered by MX EV Suite Software


This powerful hardware is driven by the MX EV Suite software, the brain behind the battery model. It provides high-fidelity, real-time simulation of battery dynamics, including:


  • Electrical & thermal behavior using a 3RC model
  • Cell aging, self-discharge & fading simulation
  • Configurable models and LUT import from test data

Together, the MBCS-12C and MX EV Suite form a complete Battery HIL testing platform — ensuring your BMS is ready for the demands of next-generation electric vehicles.


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