3.2V 100Ah 6C Prismatic LiFePO4 Battery Cell for UPS

Product Description

⚡ 100Ah HIGH CAPACITY | METAL PRISMATIC | LiFePO₄

QPF100CA · 100Ah 3.2V
Lithium-ion Battery Cell

Engineered for demanding energy storage and high-power systems: 6C continuous discharge, 2C fast charge, ultra-low 0.17mΩ ACIR, and exceptional 4500+ cycle life. Robust metal casing ensures superior thermal management and structural integrity.

🔋 100Ah Rated Capacity
⚡ ACIR 0.17±0.05mΩ
🔄 4500+ cycles (80% SOH)
🔥 1500 high-temp cycles @45°C
🧲 Durable Metal Enclosure
📦 2.2kg | Compact footprint

✨ Outstanding Performance Features

🔁 Cycle Life (Standard) ≥4500 cycles @1C/1C, 80% retained capacity – industry-leading longevity
⚡ Rate Cycle Life ≥1500 cycles @2C charge / 4C discharge – heavy-duty cycling
🔥 High-Temperature Cycle ≥1500 cycles @45°C ambient, 1C/1C – perfect for hot environments
🔌 Fast Charge Capability 2C continuous charge (200A) · Max pulse charge 4C (400A)
⚡ High Rate Discharge 6C continuous discharge (600A) · Pulse 8C (800A, 30s)
🧊 Wide Temperature Range Charge 0°C ~ +60°C · Discharge -20°C ~ +60°C (down to 2.0V cut-off)
📉 Ultra-Low Resistance ACIR ≤0.22mΩ (typ. 0.17mΩ) · DCR ≤1.2mΩ (23% SoC, 3C/10s)
🛡️ Metal Case & Terminals Aluminum alloy housing, weldable pole area (Φ2~Φ16mm), max torque 6N·m, high mechanical strength
🔋 High Capacity Density 100Ah @ nominal 3.2V · weight 2215±60g, thickness 53.8mm

🔒 Safety & Certifications

✅ Overcharge protection (no fire/explosion)
✅ Over-discharge safe
✅ External short-circuit tested
✅ Thermal test 130°C / 30min
✅ Crush & temperature cycling
✅ Explosion-proof valve

Complies with UL/IEC waterproof/dustproof standards (system level). BMS mandatory for full protection: overvoltage (3.65V alarm, 3.70V force stop, 3.80V lock), undervoltage (2.50V alarm, 2.00V force stop, 1.80V lock), and overtemperature protection (-20°C~60°C).


🔩 weldable metal terminals
🧲 low magnetic metal case
⚙️ 100Ah prismatic LFP
🏭  high cycle
🌡️ 45°C cycle life

📋 Technical Specifications (QPF100CA)

Model QPF100CA (Li-ion Prismatic)
Chemistry Lithium Iron Phosphate (LiFePO₄)
Nominal Voltage 3.2V
Rated Capacity (1C) 100Ah @ 25±2°C (2.5~3.65V)
Operating Voltage 2.5V ~ 3.65V (>0°C) / 2.0V ~ 3.65V (≤0°C)
AC Internal Resistance (ACIR) 0.17±0.05mΩ (1kHz, 23±2% SoC, fresh cell)
DC Internal Resistance (DCR) ≤1.2mΩ (23% SoC, 3C 10s)
Max Continuous Charge 2C (200A)
Max Pulse Charge (30s) 4C (400A) @ 50% SoC, 25°C
Max Continuous Discharge 6C (600A)
Max Pulse Discharge (30s) 8C (800A) @ 50% SoC, 25°C
Standard Charge Method 1C CC/CV to 3.65V, cut-off 0.05C, rest 30min
Standard Discharge 1C constant current to 2.5V
Cycle Life (Standard) ≥4500 cycles (80% initial capacity, 1C/1C)
Rate Cycle Life (2C/4C) ≥1500 cycles (80% SOH)
High-Temperature Cycle Life ≥1500 cycles @45°C, 1C/1C
Charge Temperature Range 0°C ~ +60°C (cell temperature)
Discharge Temperature Range -20°C ~ +60°C
Storage Temperature (≤1 month) -20°C ~ +45°C (humidity ≤90% RH)
Recommended Long-term Storage -10°C ~ +35°C, 10-50% SoC, recharge every 3 months
Cell Weight 2215 ± 60g
Dimensions (L × W × H) 174.0±0.6mm × 53.8(+1.0/-0.5)mm × 116.3±0.5mm (total height)
Shoulder Height 113.6±0.5mm
Monthly Self-discharge ≤3.0% @25°C, 23±2% SoC after 3 months
Shipment SoC / Voltage 23±2% SoC (≈3.28~3.32V)
High-Temp (55°C) Discharge Cap. ≥100% initial capacity (1C)
Low-Temp (-20°C) Discharge Cap. ≥70% initial capacity (1C, 2.0V cut-off)
Charge Retention (28d/25°C) ≥95% initial / recovery ≥97%
Charge Retention (7d/55°C) ≥94% initial / recovery ≥95%
Terminal Material & Weldability Metal, weldable area Φ2~Φ16mm, max penetration 3.0mm, torque ≤6N·m
Case Material Aluminum alloy (metal casing, insulated surface for fixture)
Application Altitude <5000m
⚡ 6C continuous / 8C pulse discharge — ideal for high-power UPS, heavy EV, and industrial peak shaving.
✅ Up to 800A pulse current (30s) · 2C fast recharge reduces downtime

🚀 Target Applications & System Integration

  • High-capacity energy storage systems (ESS)
  • Commercial & industrial UPS (uninterruptible power)
  • Electric vehicles (EVs) and heavy-duty HEVs
  • Telecom backup & data center power
  • Marine & off-grid renewable storage
  • Preload force recommended: 500N~5000N for optimal cycle life
  • Allow swelling space in module design (1~2% gap)
  • BMS with multi-level protection (voltage/temperature/current)
  • Robust metal enclosure for stacking and active cooling
  • Transportation compliant with MH/T1020-2018, SoC 15%~50%
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#QPF100CA