LiFePO4 Prismatic Cell · 3.2V 100Ah

Seplos 3.2V 100Ah LiFePO4 Prismatic Battery Cell

Grade A 3.2V 100Ah LiFePO4 prismatic cell with low internal resistance for residential, solar and modular energy storage systems.
MOQ
1 Piece
LEAD TIME
Sample 3–5 Days / Bulk 1–2 Months
SUPPLY
1,000 Pieces / Month
KEY SPECIFICATIONS

Essential cell data for fast evaluation

Review the most important electrical, physical and operating parameters before moving into the full technical specification table.

CHEMISTRY
LiFePO4
NOMINAL VOLTAGE
3.2V
RATED CAPACITY
100Ah
CYCLE LIFE
4000+ Cycles
INTERNAL RESISTANCE
≤ 0.4mΩ @ 1kHz
DIMENSIONS
173 × 48 × 133 mm
WEIGHT
≤ 2.3 kg
OPERATING TEMPERATURE
Charge: 0–60°C / Discharge: -20–60°C
PRODUCT OVERVIEW

Compact 100Ah LiFePO4 Cell for Flexible Energy Storage

The Seplos 3.2V 100Ah LiFePO4 battery cell is a Grade A prismatic cell designed for residential, solar and commercial energy storage applications. With 100Ah rated capacity, low internal resistance and a compact aluminum-case format, it provides a practical cell platform for modular battery pack assembly.

Its LiFePO4 chemistry combines strong safety performance, low self-discharge and long cycle capability, making the cell suitable for DIY battery systems, backup power, renewable energy storage and professional ESS integration.

01

Grade A Prismatic Cell

High-quality 3.2V 100Ah LiFePO4 cell designed for reliable battery pack assembly and stationary energy storage projects.

02

Low Internal Resistance

Low cell impedance supports efficient current delivery, reduced internal losses and stable battery pack performance.

03

Long Cycle Performance

Designed for thousands of charge-discharge cycles, with cycle performance varying according to C-rate, temperature and depth of discharge.

04

Compact Prismatic Design

The compact aluminum-case format supports flexible integration into residential, solar and modular energy storage battery systems.

TECHNICAL SPECIFICATIONS

Technical data for cell evaluation.

Review electrical, environmental and physical parameters before confirming pack configuration and system design.

CELL TYPE
Prismatic
BATTERY CHEMISTRY
LiFePO4
PRIMARY APPLICATION
Residential & Modular ESS

3.2V 100Ah LiFePO4 Cell Datasheet

Electrical, physical and environmental specifications for battery system evaluation.

ParameterSpecificationNotes
Nominal Capacity100Ah1C discharge current, 25±2°C
Nominal Voltage3.2V/
Operating Voltage2.50–3.65V0°C–60°C
2.00–3.65V-20°C–0°C
Impedance≤ 0.4mΩ1kHz, brand-new cells
DC Internal Resistance≤ 1.20mΩValue listed on Seplos original product page
Shipping Capacity3–30% SOC/
Charge Temperature0°C–60°CRefer to detailed cell charging specifications
Discharge Temperature-20°C–60°CRefer to detailed cell discharging specifications
Weight≤ 2.3kg/
Self-Discharge≤ 3.5% / MonthBrand-new cells stored for 3 months at 25°C, 50% SOC
Cell Dimensions48 × 173 × 133 mmPrismatic aluminum case
Cycle Life4000+ CyclesCycle performance depends on C-rate, DOD and operating temperature
PERFORMANCE

Why this cell fits the project.

Focus on only the strongest product-specific reasons so different battery cell chemistries can use the same structure without adding unnecessary content.

Flexible 100Ah Cell Platform

The compact 3.2V 100Ah format supports modular battery architectures ranging from small DIY packs to residential stationary storage systems.

Efficient Long-Term Storage

Low internal resistance, low monthly self-discharge and long cycle capability support dependable day-to-day energy storage operation.

Battery Pack Integration Ready

Prismatic aluminum construction and compact dimensions make the cell suitable for series-connected packs, DIY systems and professional ESS assembly.

APPLICATIONS

Recommended application scenarios.

Application cards can change by product while the overall layout remains consistent.

01

Residential Energy Storage

LiFePO4 battery systems for home solar storage, backup power and residential energy management.

02

DIY Battery Systems

Suitable for custom 12V, 24V, 48V and modular battery pack projects using compatible BMS and pack components.

03

Solar Energy Storage

Prismatic LiFePO4 cells for battery systems paired with residential and distributed solar generation.

04

Commercial Backup Power

Modular cell platform for stationary backup batteries, UPS applications and distributed commercial energy storage.

PROJECT SUPPORT

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