Advancement of Thermal Runaway Prevention and Cooling Performance Technology
1. Apply a coolant-impregnated module to prevent and delay thermal runaway in lithium-ion batteries.
2. Use a low-fluidity, non-conductive coolant inside the module → mitigates external shock and enables efficient heat dissipation through thermal transfer.
3. Enhance pack-level cooling performance by circulating coolant using the vehicle HVAC system.
Immersion / Liquid-Cooling Hybrid Concept Diagram
Phased Implementation Plan
1. Technology Securing & Market Entry: Apply to electric buses utilizing second-life batteries through collaboration with PM Grow.
2. Market Expansion: Secure market share by developing battery pack modules for commercial trucks in compliance with regulations.
3. Market Scaling: Enter the commercial vehicle market through technology advancement and expand into the Chinese market leveraging the parent company’s infrastructure.
