Use Case 1
Long-range passenger EV
Use higher-density pouch cells where platform packaging is tight and every kilogram matters.
Industry Application
Semi solid pouch cells help EV programs raise energy density without stepping outside practical manufacturing and pack integration constraints.
Buyer Priorities
Use Case 1
Use higher-density pouch cells where platform packaging is tight and every kilogram matters.
Use Case 2
Improve discharge behavior and thermal headroom for high-output vehicle programs.
Use Case 3
Bridge R&D and launch programs with export-ready documentation and repeatable cell formats.
Application Fit
Latest Product
Balanced pouch-cell platform for EV packs, UAV prototypes, and premium power systems where energy density and manufacturability both matter.
Highlights
Higher-capacity pouch cell for long-range EV architecture and pack programs that need more usable energy from the same footprint.
Highlights
EVE 18650 20P Ternary Lithium-Ion cylindrical cell with 2000mAh capacity, 3.6V nominal voltage and dimensions of Ø18.35 × 65.00 mm. Compare cell size, weight and discharge current for your battery pack design.
Highlights
EVE 18650 35V Ternary Lithium-Ion cylindrical cell with 3500mAh capacity, 3.65V nominal voltage and dimensions of Ø18.35 × 65.10 mm. Compare cell size, weight and discharge current for your battery pack design.
Highlights
EVE 21700 50E Ternary Lithium-Ion cylindrical cell with 5000mAh capacity, 3.65V nominal voltage and dimensions of Ø21.15 × 70.15 mm. Compare cell size, weight and discharge current for your battery pack design.
Highlights
A 24V e-bike battery pack option with a 10Ah capacity.
Highlights
A 36V 10Ah battery for e-bikes, with a rectangular shape and wires for connection.
Highlights
A 60V 120Ah battery pack with a metal case and carry handles.
Highlights