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Emerging lithium-ion drivetrains and systems

Monitoring the status and health of an electrified system via a battery monitoring system (BMS) is vital to ensure higher performance and efficiency. Electrification trends in the market mean there are instances where battery-based applications may require higher voltage. In these cases, maximatecc will engineer custom designs to operate within these conditions.

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maximatecc is continually focused on innovative ways to quickly communicate critical operator data using modern displays:
  • Boot up in less than 3 seconds so state of charge (SOC) and electrical system information is readily available
  • Variety of form factors to meet the needs of stationary and moving equipment of all sizes
  • Accommodate dashboards or control panels of all sizes with standard SAE 2 1/16- to 3 3/8-inch designs, plus RAM mounts
  • Reverse polarity and transient protection, including load-dump, over voltage and electrostatic discharge
  • 12- and 24-volt systems, 9-32 VDC
  • Compatible with J1939, CAN open and proprietary signals
  • Modular hardware and software architecture means easy customization
  • Functionality realized through setting parameters in no-code configuration tool or via application programming through Qt QML or C/C++ software development kit (SDK) tools
  • CE certification

Considering maximatecc products? Here are some common applications for battery- or electric-based moving and non-moving systems:

  • State-of-charge (SOC) display to monitor battery capacity

  • Real-time monitoring of voltage, current, temperature or other parameters

  • Communicating “time to empty” by utilizing amp- and watt-hour data

  • Fault code management and system status

  • Lean application creation with QtUltralite or TouchGFX

maximatecc serves a variety of markets, and each one is an opportunity to showcase the expertise that will help you maximize your engine monitoring experience:

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