• Products

FLCB (Flexible Lithium Ceramic Battery)
FLCB
(Flexible Lithium Ceramic Battery)
  • FPC package
  • Fundamentally safe
  • Excellent pressure durability: from deep sea to outer space

Target markets: consumer electronics, wearable, IoT applications.

PLCB (Pouch Lithium Ceramic Battery)
PLCB
(Pouch Lithium Ceramic Battery)
  • Fundamentally safe
  • Fast charge ability: 80% in 12 mins
  • Wide operation window: discharge in -40°C ~ 85°C

Target markets: vehicles, AGVs, ESS, consumer electronics, industrial applications.

Battery Module
  • VDA355、VDA590
  • Fundamentally safe
  • Fast charging (5C, 80%)
  • High energy density

Mainstream automotive module package design, seamless transition.

MAB Battery Pack (Multi-Axis BiPolar+)
MAB Battery Pack
(Multi-Axis BiPolar+)
  • Fundamentally Safe
  • Simplify protection mechanism, cooling system & BMS to increase assembly efficiency
  • Achieve most compact design with BiPolar technology
  • Reducing package cost

Versatile Form-factor

 

FLCB

Thin,Flexible
  • FPC package
  • Excellent pressure durability:from deep sea to outer space

PLCB

Pouch Type
  • Fast charge ability: 80% in 12 mins
  • Wide operation window: Dischange @ -48°C ~ 85°C

Module

VDA Module
  • VDA355、VDA590
  • Mainstream package design,
    seamless transition
  • Fast charging (5C,80%)
  • High energy density

MAB

Multi-Axis BiPolar+ Pack
  • Simplify protection mechanism cooling system & BMS to increase assembly efficiency
  • Achieve most compact design with BiPolar technology
  • Increasing pack assembly efficiency to 75 – 82 %
  • Reducing package cost

Versatile Form-factor

FLCB

Thin, Flexible

  • FPC package
  • Excellent pressure durability:from deep sea to outer space

PLCB

Pouch Type

  • Fast charge ability: 80% in 12 mins
  • Wide operation window: Dischange @ -48°C ~ 85°C

Module

VDA Module

  • VDA355、VDA590
  • Mainstream package design, seamless transition
  • Fast charging (5C,80%)
  • High energy density

MAB

Multi-Axis BiPolar+ Pack

  • Simplify protection mechanism cooling system & BMS to increase assembly efficiency
  • Achieve most compact design with BiPolar technology
  • Increasing pack assembly efficiency to 75 – 82 %
  • Reducing package cost
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