Description
LiFePO4 Prismatic Cells (LFP 3.2V) — 206Ah to 314Ah
- LFP 3.2V 206Ah 230Ah 280Ah 314Ah LiFePO4 Prismatic Cell: High-stability LFP cell engineered for long cycle life, high charge/discharge performance, and reliable integration into ESS, telecom, and mobility applications.
- 314Ah LFP prismatic cell is designed for ESS modules and C&I energy storage applications, delivering stable performance, high safety, and consistent output.
LFP 3.2V 206Ah 230Ah 280AH 314Ah LiFePO4 Prismatic Battery Cell (LFP Prismatic Cell)
Embrace the future of energy storage with our LFP 3.2V 206Ah 230Ah 280Ah 314Ah LiFePO4 prismatic cell—designed for safety, consistency, and scalable system integration. Ideal for BESS, C&I ESS, telecom backup, off-grid solar storage, and OEM battery pack manufacturing.
Revolutionize Your Energy Storage with a High-Reliability LFP Prismatic Cell
Experience stable, efficient, and repeatable performance with our LFP prismatic cell, engineered to support long-term operation in demanding environments. With LiFePO4 chemistry and strict manufacturing control, it’s built to deliver dependable capacity and low degradation for real-world energy storage projects.
Stable Chemistry for Safer Energy Storage
LiFePO4 chemistry is known for thermal stability and reliable safety performance. Combined with controlled production and quality verification, the cell supports safer pack design and reduces operational risk in stationary storage applications.
Consistent Performance for Better System ROI
A good energy storage system starts with consistent cells. Our prismatic cell is designed for stable capacity behavior, predictable internal resistance, and repeatable pack-level results—helping integrators improve system efficiency and lifecycle value.
Versatile Use Across ESS and OEM Applications
From containerized BESS and C&I ESS to telecom backup and solar off-grid storage, this LFP prismatic format is widely adopted for scalable pack design. It supports modular configurations and flexible series/parallel assembly.
Easy Integration for Pack & System Manufacturing
The prismatic form factor simplifies mechanical integration and pack assembly. It is suitable for automated production lines and practical for OEM/ODM projects that require stable supply, documentation support, and consistent batch delivery.
Key Features of LFP 3.2V 206Ah 230Ah 280Ah 314Ah LiFePO4 Prismatic Cell
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High Safety & Thermal Stability: LiFePO4 chemistry supports safer operation and improved thermal behavior for stationary storage.
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Long Cycle Capability: Designed for long service life under proper BMS control and recommended operating conditions.
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Consistent Output: Stable capacity behavior supports repeatable pack performance and easier system commissioning.
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High Charge/Discharge Support: Suitable for ESS demand profiles (peak shaving, backup, load shifting) with appropriate design.
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OEM/ODM Friendly: Prismatic structure supports scalable pack design, automated assembly, and project delivery.
Applications of
3.2V 206Ah 230Ah 280Ah 314Ah
LiFePO4 Prismatic Cell
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C&I Energy Storage Systems (ESS): Peak shaving, TOU shifting, demand management.
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Containerized BESS: Utility and microgrid projects requiring scalable capacity.
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Telecom Backup Power: Stable backup power for base stations and critical loads.
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Off-grid Solar + Storage: Remote sites, farms, camps, and hybrid microgrids.
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OEM Battery Packs: Integration into rack packs, cabinets, and all-in-one ESS
Advantages of
3.2V 206Ah 230Ah 280Ah 314Ah
LiFePO4 Prismatic Cell
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Improved System Safety: LFP chemistry supports safer pack design and operational stability.
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Lower Lifecycle Cost: Long service life helps reduce replacement and maintenance cost over time.
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Scalable Design: Easy to build HV/LV packs by series/parallel configuration.
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Reliable Operation: Designed for consistent performance and predictable system behavior.
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Broad Compatibility: Works with mainstream BMS/EMS design approaches and ESS architectures.
Installation & Maintenance Guidance (Cell-Level)
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Storage Conditions: Store in a dry, ventilated environment, follow SOC/storage recommendations.
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Pack Assembly: Use proper compression/fixtures and verified torque procedures (per your pack design).
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BMS Settings: Set voltage/current/temperature limits according to your cell spec and system design.
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Temperature Management: Ensure adequate thermal design at pack/system level for long-term stability.
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Periodic Check: For stored inventory or long-shipping projects, verify OCV/SOC and follow re-balancing rules.
Installation & Maintenance Guidance (Cell-Level)
- The LFP 3.2V 206Ah 230Ah 280Ah 314Ah LiFePO4 prismatic cell is a dependable foundation for modern energy storage—built for safety, consistency, and scalable integration. Whether you’re building C&I ESS, containerized BESS, or OEM battery packs, this LFP cell supports stable performance and long-term project value.
FAQ
Q1: What is the main use of this cell?
A: This 314Ah LFP prismatic cell is commonly used in ESS modules and C&I energy storage systems requiring high safety and long cycle life.
Q2: Do you support OEM/ODM?
A: Yes. We support OEM labeling, documentation, and integration requirements for pack/module manufacturing.
Q3: Can I request a datasheet and quotation?
A: Yes—send your required quantity, delivery port, and application (ESS/UPS/microgrid) to get datasheet and pricing.