Energy Storage Solutions

R&D Technologies

R&D Innovation: Smarter, Safer, Stronger
From our Ultra Brain BMS with 5mV precision to 1500V high-voltage safety and Semi-Solid State chemistry, we integrate cutting-edge R&D to maximize battery life and safety. Featuring ±5°C thermal uniformity and active self-balancing, our solutions deliver peak performance for EVs and Grid-scale storage.

More In-House R&D Technologies

Driving Future-Ready Power Battery & Energy Storage Solutions



Ultra Brain BMS

Ultra Brain BMS

· Self-developed BMS with modular design: BCU can connect to 16 CSU modules with flexible configuration.
· Each CSU module can simultaneously sample 42 battery voltages with 5mV precision.
· Superior accuracy: temperature (+2°C), SOC (+3%), SOP (+5%), balancing current <100mA.
· Certified to GBT28046 standards with wireless communication within battery packs.
· Supports multiple scenarios: passenger vehicles, commercial vehicles (AutoSAR4.2.x, ASILD), and energystorage (1500V high-voltage system, UL60950, GBT36276).
· Advanced features include MBD real-time safety warnings and online battery performance prediction.

Internal Circulation Self-Balancing Technology

Internal Circulation Self-Balancing Technology

· Specialized additives actively balance cell charge levels during the charging process.
· Improves overall charge consistency across multiple cells with minimal energy loss.
· Extends battery pack lifecycle by preventing individual cell deterioration.

Advanced Liquid Thermal Management

Advanced Liquid Thermal Management

· Integrated heating/cooling maintains +5°C temperature uniformity.
· Enables stable fast-charging in extreme environments.
· Prolongs cycle life through precise thermal regulation.

1500V High-Voltage Electrical Safety

1500V High-Voltage Electrical Safety

150oV high-voltage electrical safety technology solves challenges in penetration testing with 500ovDC
voltage resistance, enabling higher voltage applications while maintaining exceptional safety standards.

Semi-Solid State Technology

Semi-Solid State Technology

· Hybrid approach combining solid and liquid electrolytes.
· Long-life, high-energy-density battery systems.
· Optimized volume and weight metrics.
· Enhanced safety and thermal stability with cost-effectiveness.

Zheng, Jie
Zheng, Jie