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ScioSense BCM1 Battery Condition Monitor

Evaluation Board

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Key Features & Applications

  • Early Detection of Thermal Runaway Detects volatile organic compounds (VOCs), CO, H₂ outgassing from Li‑ion cells – giving ~40 s faster alerts than temp/voltage sensors  .
  • Automotive & Industrial Ready AEC‑Q100, ISO/IATF 16949, VDA 6.3 qualified; optional humidity & pressure sensors; LIN or PWM comms for seamless BMS integration  .
  • Modular & Customisable Delphi‑clip or bayonet mounting; choose humidity/pressure options; acts as independent stack‑monitor – ideal for EV battery packs  .

Module Specs

SpecificationDetails
Gas DetectionBroadband MOX detects hydrocarbons, electrolytes, CO, H₂
InterfacesLIN or PWM
Power< 30 mA at 12 V
Env. Temp. Range–40 °C to +125 °C
ProtectionWatertight IP5K4K, IPx7, IP9K
Board SizeW 31.3 × L 44.6 × H 35.4 mm (excl. mounting tabs)                         

Why Use ScioSense BCM1 Battery Condition Monitor?

  • Safety Compliance: Meets UN EVS regs requiring early-electrical hazard warnings  .
  • Faster than traditional sensing: Outgassing detected ~40 seconds before conventional methods  .
  • Battery‑friendly: Low power draw (~30 mA) minimizes range impact.
  • Simple Comms: LIN/PWM allows plug‑and‑play with existing BMS architectures.
  • Custom‑friendly: OEM-configurable; optional sensor upgrades; tool‑free install.

Typical Use Cases

  • EV battery modules – prevent thermal propagation
  • Energy storage systems for solar/battery backup
  • Industrial Li‑ion packs (e‑forklifts, robotics)
  • Smart cell‑level monitoring in hybrid automotive setups  .

Supporting Tools

  • Evaluation kits soon available
  • SDKs and dashboards for integration
  • Full documentation & technical support  

Summary

The SCIOSENSE BCM1 Battery Condition Monitor is a compact, rugged, automotive‑grade gas‑based Li‑ion battery sensor that detects cell outgassing before thermal runaway—enabling proactive safety management in EVs, smart energy systems, and beyond.

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