Cellule de batterie prismatique CALB L200F324A 3.2V 324Ah LiFePO4

The CALB L200F324A is a high-capacity 3.2V 324Ah LiFePO4 prismatic battery cell developed for energy storage systems, battery module integration, and long-duration power applications. With its large-format prismatic structure, stable LFP chemistry, et longue durée de vie, this model is well suited for residential ESS, stockage d'énergie commercial, industrial backup systems, and renewable power projects.

As a high-capacity cell platform, the L200F324A is especially attractive for system integrators and battery pack manufacturers who want to reduce series-parallel complexity while maintaining stable thermal behavior and long-term cycling performance. Its 324Ah capacity gives designers more flexibility when building high-energy storage cabinets, containerized ESS platforms, and custom battery solutions.

Principales caractéristiques

• High-capacity 324Ah LiFePO4 prismatic battery cell
• Tension nominale 3.2V for standard LFP system architecture
• Large-format prismatic design for ESS and pack integration
• Longue durée de vie >=7000 cycles based on current catalog listing
• Stable lithium iron phosphate chemistry with good safety performance
• Suitable for solar storage, alimentation de secours, and industrial battery systems

Points forts techniques

• Marque: CALB
• Modèle: L200F324A
• Chimie: LiFePO4 (LFP)
• Tension nominale: 3.2V
• Capacité nominale: 324Ah
• Dimensions: 200.5 x 56.84 x 218.3 mm
• Poids: 5.47 +- 0.04 kg
• Cycle de vie: >=7000 cycles

Application Positioning
The CALB L200F324A is positioned for energy storage applications that require high capacity, longue durée de vie, and reliable LFP performance. It is suitable for:

• residential energy storage systems
• commercial and industrial ESS
• solar battery storage projects
• backup power systems
• custom battery modules and packs

Commercial Value
For overseas buyers, the L200F324A offers a practical balance of high capacity, stable chemistry, et longue durée de vie. Its large-format design can help reduce cell count in high-capacity battery systems, which may simplify module structure, lower connection complexity, and support more streamlined ESS integration.

Brand Closing
Chez LYTH, we support customers with battery cell sourcing, conception de modules, and pack-level integration for energy storage and customized battery projects. If you are evaluating CALB high-capacity LFP cells for ESS or industrial power applications, we can support product matching, project communication, and supply coordination.