3.2v314ah
Nominal Voltage 3.2V
Nominal Capacity 314Ah
Nominal Energy 1.005kWh per cell
Voltage Range 2.5V – 3.65V
Standard Charge Current 0.5C (157A)
Max Charge Current (Continuous) 1C (314A)
Standard Discharge Current 0.5C (157A)
Max Discharge Current (Continuous) 1C (314A)
Peak Discharge Current 3C (942A, max 10 seconds)
Cycle Life 6,000+ cycles @ 80% DoD, 25°C
Calendar Life 15+ years @ 25°C ambient
Self-Discharge Rate ≤2% per month (25°C, 50% SOC)
Round-Trip Efficiency ≥95%
AC Internal Resistance ≤0.25mΩ (after formation)
Open Circuit Voltage (Full) 3.35–3.40V (100% SOC)
The V-Link E 3.2V 314Ah LiFePO4
prismatic cell is a high-performance raw energy storage component designed for OEM manufacturers, battery pack assemblers, and energy storage system integrators. With 314Ah of capacity, this cell delivers approximately 1.0kWh per unit — the ideal building block for assembling 48V, 51.2V, and high-capacity battery systems ranging from 5kWh to MWh-scale installations.
Our cells are manufactured under strict ISO 9001:2015 quality management systems, using premium-grade lithium iron phosphate materials. Every cell is 100% tested for capacity, internal resistance, and voltage before dispatch. A Certificate of Analysis (COA) with actual test data is included with every shipment.
This datasheet is intended for B2B customers purchasing cells in bulk for pack assembly. If you are looking for complete battery modules or rack systems, please request our finished product catalog.
KEY CELL HIGHLIGHTS
• 314Ah Capacity — 1.0kWh per cell, ideal for 16S configuration into 51.2V modules
• Grade A Cells — Sourced from tier-1 manufacturers (EVE / CATL / Lishen), fully tested
• 6,000+ Cycle Life — 80% DoD, calendar life exceeding 15 years
• High Current — 1C continuous charge/discharge (314A), 3C peak
• Low Internal Resistance — <0.25mΩ, minimizing heat generation
• Wide Temperature — Charge: 0-60°C | Discharge: -20-60°C
• 100% Tested — Capacity, IR, and voltage tested before every shipment
• Bulk Packaging — Sea-worthy wooden crates, container-friendly
