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Development of Embedded-Compatible Battery Management Algorithm for Expanded Market Reach
  1. case
  2. Development of Embedded-Compatible Battery Management Algorithm for Expanded Market Reach

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Development of Embedded-Compatible Battery Management Algorithm for Expanded Market Reach

n-ix.com
Energy & natural resources
Automotive
Consumer products & services
Aviation

Expanding Battery Management Compatibility to Embedded Systems

Existing battery management solution requires optimization for embedded platforms with microcontrollers to enable market expansion. Current algorithm demands excessive memory/resources, lacks fixed-point computation support, and requires portability across diverse hardware architectures while maintaining diagnostic accuracy.

About the Client

A leading provider of battery management solutions utilizing proprietary algorithms and data analytics to diagnose, forecast, and prevent lithium-ion battery malfunctions

Objectives for Embedded System Integration

  • Optimize battery cell monitoring algorithm for microcontroller environments
  • Achieve cross-platform compatibility with embedded systems
  • Reduce computational resource requirements by 40%
  • Enable seamless integration with existing BMS hardware
  • Prepare solution for cloud/Docker deployment

Core System Functionalities

  • Individual cell diagnostics with risk assessment
  • Cross-platform algorithm execution (microcontrollers/cloud)
  • Data import/export for historical analysis
  • Fixed-point arithmetic optimization
  • Portable desktop application for algorithm execution

Technology Stack Requirements

C (bare-metal implementation)
Python (optimization layer)
Docker
Fixed-point mathematics

System Integration Needs

  • Battery Management System (BMS) hardware interfaces
  • Cloud platform APIs
  • Microcontroller SDKs
  • Data visualization tools

Performance Criteria

  • Memory footprint under 2MB RAM
  • Real-time processing latency <50ms
  • 99.99% diagnostic accuracy retention
  • Cross-compiler compatibility
  • FIPS 140-2 security compliance

Business Impact of Embedded System Compatibility

Enables market expansion into embedded systems segment (aviation, IoT, automotive sectors), reduces customer operational costs through optimized battery maintenance, and increases solution adoption through hybrid deployment capabilities. Expected to improve customer retention by 35% through enhanced performance metrics.

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