It increases energy density without relying on an increase in nickel and cobalt content, thus greatly enhancing safety.

Realize thermal suppression technology at the PACK level system, so as to solve unexpected thermal runaway caused by the few battery defects.

Realize high-level battery thermal suppression for power batteries, so as to prevent safety hazards of accidental battery overheating.

The disruptive battery structure design brings simple maintenance and greatly reduces the risk of failure.

High dissociation salt to bring higher temperature application range,ensure fast charging safety.

By utilizing high-voltage system and maximizing the potential of lithium, manganese is activated and energy density is considerably upgraded. 

By utilizing innovative and optimal battery grouping technology, the capacity loss caused by differences in battery consistency and temperature can be resolved, thereby improving the battery pack range.

The "self-healing" technology of the electrolyte greatly reduces consumption of active lithium while ensuring the charge decay does not happen after driving 200,000 km.

In an innovative approach, it resolves the attenuation of cyclic performance caused by uneven temperature and  stress imbalance in multi-field coupling, thus securing million-km quality assurance.

The intelligent fast charging and allocation strategy within the lifecycle ensures the long life cycle of battery. 

Innovative design achieves long-term stability of materials; intelligent battery usage strategy achieves zero capacity decay.