Battery Cells

The SVOLT 3.2V 184Ah lithium iron phosphate (LFP) battery cell offers outstanding energy density and long-term reliability for commercial EVs and advanced energy storage systems.

The SVOLT 3.2V 196Ah lithium iron phosphate (LFP) battery cell is designed to meet the demands of high-energy, long-life, and ultra-safe applications.

The SVOLT 3.2V 325Ah lithium iron phosphate (LFP) battery cell delivers ultra-high capacity and exceptional safety, making it a top-tier solution for energy-intensive applications such as grid-scale energy storage systems (ESS) and heavy-duty electri…

The CALB L148N58 is a high-energy-density NMC lithium-ion cell, engineered for superior power performance and long cycle life. With a nominal capacity of 58Ah and a compact prismatic aluminum casing, it is ideal for electric passenger vehicles and hi…

CALB L221N113A is a high-capacity NMC prismatic lithium-ion cell with a nominal capacity of 113Ah and a rated voltage of 3.7V. Designed for applications requiring high energy density and stable performance, it is widely used in electric passenger veh…

CALB L221N118B is a high-energy NMC lithium-ion prismatic cell with a nominal capacity of 118Ah and rated voltage of 3.7V. Engineered for electric passenger vehicles and high-performance mobility solutions, this cell delivers excellent energy density…

CALB L221N122A is a 122Ah high-energy NMC prismatic lithium-ion cell operating at 3.7V. It is designed for electric vehicles requiring enhanced range, high discharge performance, and fast charging.

CALB L221N147A is a 147Ah prismatic NMC lithium-ion battery cell designed for high-range electric vehicles and premium energy systems.

CALB L221N169A is a high-capacity 169Ah NMC cell designed to meet the growing demands of electric commercial vehicles and next-gen passenger EVs.

CALB L300N218A is a 218Ah large-format prismatic NMC lithium-ion cell with a rated voltage of 3.7V. Engineered for electric buses, trucks, and high-capacity ESS solutions, it delivers outstanding energy density, durability, and safety.