Note: Datasheet will be sent to your email
Highstar A Grade 3.2V 314Ah Prismatic LiFePO4 Cell
Model No. – lFpP71173208-314
Voltage – 3.2V
Capacity – 314 Ah
Rated Power – 1004.8 Wh
Model No. – lFpP71173208-314
Voltage – 3.2V
Capacity – 314 Ah
Rated Power – 1004.8 Wh
MRP:
₹7,078.82 Original price was: ₹7,078.82.₹6,134.82Current price is: ₹6,134.82.
Out of stock
A-GRADE QUALITY
ZERO MAINTENANCE
HIGH ENERGY DENSITY
LONG CYCLE LIFE
- BRAND NEW & 100% GENUINE
- Premium Yet Affordable
- Built for Durability
Description
The Highstar 314Ah Prismatic LiFePOâ‚„ Cell is designed for high-capacity energy storage applications where long cycle life and stable performance are essential. Widely used in solar ESS projects and large inverter battery banks, this cell offers reliable output, clean pack design, and reduced parallel connections.
Ideal for ESS (Energy Storage System) builds and high-capacity backup systems, it delivers dependable performance when paired with a compatible Smart BMS.
Specification
General Information
-
Brand: Highstar
-
Model Number: LFP71173208-314
-
Cell Type: Prismatic
-
Chemistry: LiFePOâ‚„ (Lithium Iron Phosphate)
Electrical Specifications
-
Nominal Voltage: 3.2V
-
Rated Capacity: 314Ah
-
Rated Energy: 1004.8Wh
-
Standard Charging Voltage: 3.65V
-
Maximum Charging Voltage: 3.8V
Charging & Performance
-
Standard Charge Rate: 0.5C
-
Maximum Charge Rate: 0.5C
-
Recommended Discharge Rate: As per system design & BMS
-
Cycle Life: Up to 8000 cycles (under standard conditions)
Physical & Design
-
Cell Format: Prismatic
-
Terminal Type: Laer Terminal
-
Pack Configuration: Series / Parallel compatible
-
Space Efficiency: High (ideal for structured battery banks)
Safety & Compatibility
-
BMS Requirement: Mandatory (Smart BMS recommended)
-
Thermal Stability: High (LiFePOâ‚„ chemistry)
-
Application Compatibility:
-
Energy Storage Systems (ESS)
-
Inverter Lithium Battery Packs
-
Solar & Hybrid Storage
-
Commercial & Industrial Backup
-
Operating Conditions
-
-
Operating Environment: Indoor / controlled installations
-
Usage Profile: Daily charge–discharge cycles
-
Maintenance Requirement: None (cell-level)
-
