Dragon scale Armor Battery

The cell adopts innovative bottom explosion-proof valve design, and the system level adopts advanced "heat-electricity separation" design, and double-sided cooling design to enhance the heat exchange capacity; The structure combines high-strength steel + elastic bracket design, multiple designs to ensure safety performance.

76%

Grouping rate
800km+

LFP
900km+

H-LMFP
1000km+

NCM

Introductory Video of dragon armor battery

Structural Advantages

Ultimate safety

Innovative design of cells and battery packs to ensure safe application in all aspects
Ultimate driving range

The ultimate use of space brings mileage breakthrough
Outstanding performance

The upper and lower large water-cooling plates and the top cover of battery pack are integrated with the water-cooling plates, and a bottom water-cooling plate is added.
Ultimate cost

The electrical connection area of the battery pack is reduced, resulting in reduced costs compared to the LCTP1.0 matrix battery pack
Strong compatibility

Meet diversified demand of customers,compatibility with A00-C levels and to Extensible CTC/CTB

Innovative Technology

Innovative cell structure

Explosion-proof valve design at the bottom, shorten internal gas channels
Targeted pressure relief in case of abnormal abuse
Thermal - electrical separation design of battery pack

The thermal runaway pressure relief zone and the electrical connection zone are independent of each other
Internal high-voltage arcing is reduced
Elimination of central exhaust channel

Shrinkage of Y-direction thermal exhaust and thermal isolation space in battery pack
High-strength steel + elastic bracket at the bottom of the battery pack

Merging of the thermal runaway pressure relief channel with the bottom protection space