The E2 D100 module-level battery controller is a groundbreaking solution that deeply integrates power electronics technology and advanced control technology. It addresses critical challenges such as capacity loss and safety risks caused by battery cell inconsistency after grouping.
Key innovations include:
Integrated design combining the power electronics converter and battery management unit (BMU)
Conventional charge and discharge management functions, enhanced with:
S0X balancing technology (independently developed);
Active safety warning technology based on EIS (Electrochemical Impedance Spectroscopy).
This controller ensures optimal performance, enhanced safety, and extended battery life, making it a vital component for modern energy storage systems.
Hybrid switch multi-management design , deep refinement
Fine granularity
Utilizes multiple module-level battery controllers to divide cabin cells into independent groups for precise charge and discharge management Enables deep refinement of energy storage operations for optimal performance
Wide Compatibility
Supports large-capacity mainstream LEP batteries (280Ah~325Ah) Features wide voltage adaptability, compatible with Na+ (sodium-ion) batteries Eliminates supply chain pressure with versatile design
Active Monitoring and Status Transparency
Deep Integration
Combines the power electronic converter and battery management unit (BMU) into a single, deeply integrated system Enables precise monitoring and control of voltage, current, and temperature for enhanced performance and safety
Comprehensive Scan
Actively injects multi-frequency signals to monitor EIS (Electrochemical Impedance Spectroscopy) and internal resistance Provides a comprehensive scan of the battery's internal state, ensuring full transparency and proactive management
Multi-Mode Optimization Operation Online Active Adjustment
Multi-Mode Operation
Supports multiple operation modes, including: Full-power charge and discharge management mode ECO high-efficiency operation mode Fault online bypass mode
Personalized Control
Features battery-level personalized multi-variable intelligent control for current, voltage, power, SOC, and temperature Actively improves cell consistency across the entire cluster, ensuring the best performance of the battery pack
Dual Bypass Optimization
In ECO high-efficiency mode, the module-level battery controller operates in self-bypass mode, achieving up to 99.7% efficiency In fault online bypass mode, the battery pack operates in online bypass mode, allowing up to 33% of battery packs to exit due to faults without system shutdown
Technical parameter table
Global Project Monitoring
