BMS-EIS
Solution for Electrochemical Impedance Spectroscopy (EIS) in Battery Management Systems
- Smarter Worldビデオ
- Wireless GenZ BMS with UWB, EIS and 26-ch AFE
Wireless GenZ BMS with UWB, EIS and 26-ch AFE
Key Highlights
- Enhanced Battery Insights with EIS: Enables predictive maintenance and optimized performance
- Supports High Cell Count: Up to 26 channels per AFE for cost-efficient, scalable EV architectures
- Wireless BMS with UWB: Eliminates complex wiring harnesses, reducing assembly time and cost
- Combined UWB and EIS technologies for fast, synchronized wireless cell monitoring, delivering accurate insights for more efficient and reliable battery performance over lifetime
- Safety-compliant design with ASIL D-ready Devices for safer EV battery systems
Knowledge Base
Battery Management Systems, wireless
Eliminates complex wiring harnesses, reducing assembly time and cost.
Ultra-wideband, revolutionary generation of wireless BMS
Ensures robust and low consumption RF communication in battery environments.
Battery Data Evolution, EIS
Enables smarter charging smarter, not just faster. EIS helps detect hot spots inside the battery early, so fast charging stays safe and controlled.
Advanced Battery Diagnostics with EIS
Provides deep insights into battery health, including thermal behavior and cell degradation, enabling predictive maintenance and enhanced safety.
UWB synchronicity powering EIS performance
Drives fast synchronization of measurements over wireless communication to monitor the health of all battery cells, delivering accurate insights for improved efficiency and reliable performance throughout the battery's lifetime.
Flexible chipset supporting Scalable Design for EV Architectures
Supports up to 26 channels per AFE, making it ideal for cost-efficient, sustainable LFP-based designs and modular integration across platforms.
Data-Driven Performance Optimization
Leverages rich diagnostic data to enable OEMs to apply AI tools for predictive analytics and lifecycle optimization.
Design
Combine the Power of UWB and EIS for Smarter, Safer Battery Management
Integrating Ultra-wideband wireless communication combined with Electrochemical Impedance Spectroscopy into EV battery systems delivers predictive insights, enhanced safety, and optimized performance at automotive scale.
Start designing:
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Product
Lithium-ion (Li-ion) and lead-acid batteries in electric vehicles and energy storage systems require accurate charging current and output voltages to meet automotive and industrial standards.
White Paper
Electrochemical Impedance Spectroscopy
White Paper
Ultra-Wideband Communications for BMS
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