As I pointed out above, while Chinese technology is banned from use in US autos, there are options becoming available "globally" which address these issues:

BYD's latest EV battery tech focuses on ultra-fast charging with their "Super e-Platform" and enhanced Blade Battery systems, enabling 1MW charging for massive range additions in minutes, alongside structural innovation with Cell-to-Body (CTB) technology for increased safety and rigidity, all while continuing LFP advancements and potentially exploring solid-state batteries.

Key Technologies
Super e-Platform & Megawatt Charging:
Features 1500-volt architecture and silicon carbide chips for ultra-fast DC charging.
Allows for adding ~400 km of range in just 5 minutes, rivaling fuel fill-up times.
Deployed in new Han L and Tang L models, with expansion expected.

Blade Battery Enhancements:
Still based on safe LFP (lithium iron phosphate) chemistry, but optimized for density and speed.
Improved space utilization (over 50%) and longer lifecycle (5000+ cycles).
Extreme safety, passing rigorous tests (nail penetration, crushing, etc.) without fire.

Cell-to-Body (CTB) Technology:
Integrates Blade Batteries directly into the vehicle's structure, acting as a structural component.
Increases torsional rigidity (e.g., 40,500 N·m/° in the Seal) for better handling and safety.
Future Outlook (Solid-State):
BYD is testing solid-state batteries, potentially offering 1500 km range, but LFP remains a focus for cost-effective, high-performance options.
Impact

Addresses range anxiety with extremely fast charging.
Increases EV safety and structural integrity.
Maintains cost-effectiveness with advanced LFP designs.

Jeff