Gotion 3.2V 27Ah LiFePO4 A-Grade Cell 2500 Cycle

Product Description

The Gotion 3.2V 27Ah LiFePO4 A-Grade Cell is a high-quality prismatic lithium iron phosphate battery cell designed for custom battery pack assembly, electric mobility, solar energy storage, UPS systems and other energy-storage applications.

With a 3.2V nominal voltage and 27Ah capacity, each cell provides approximately 86.4Wh of nominal energy. The cell is specified for a 2500-cycle life under the manufacturer's specified test conditions, making it suitable for repeated charge and discharge applications.

Its compact prismatic construction makes it practical for assembling 12V, 24V, 36V, 48V and other LiFePO4 battery configurations according to the required series and parallel arrangement.

Product Overview

The Gotion 27Ah LiFePO4 cell is designed for users who need a reliable 3.2V rechargeable LiFePO4 cell for building custom battery packs.

LiFePO4 chemistry is widely preferred for energy-storage and electric-vehicle applications because of its good thermal stability, long service life and strong safety characteristics compared with many other lithium chemistries.

The Gotion 27Ah cell is a prismatic format cell, making it convenient for battery pack manufacturers and DIY battery builders who require multiple cells connected in series or parallel.

Key Features

Gotion Brand LiFePO4 Cell

3.2V Nominal Voltage

27Ah Nominal Capacity

A-Grade Cell

2500+ Cycle Life

Prismatic Cell Design

Approx. 86.4Wh Nominal Energy

Suitable for Custom Battery Packs

Suitable for Solar Energy Storage

Suitable for EV / E-Bike Applications

Suitable for UPS & Backup Systems

Suitable for Energy Storage Systems

Suitable for High-Current Battery Applications

Consistent LiFePO4 Chemistry

Rechargeable Lithium Iron Phosphate Cell

Technical Specifications

Specification Details

Brand Gotion

Product Type LiFePO4 Prismatic Cell

Cell Grade A Grade

Chemistry Lithium Iron Phosphate (LiFePO4)

Nominal Voltage 3.2V

Nominal Capacity 27Ah

Nominal Energy Approx. 86.4Wh

Cycle Life 2500+ Cycles*

Cell Type Prismatic

Application EV, Solar, UPS, ESS & Custom Battery Packs

Cell Quantity 1 Cell

Rechargeable Yes

*Cycle life depends on charging/discharging conditions, temperature, depth of discharge, current and other operating conditions. The manufacturer's specification lists ≥2500 cycles under defined test conditions.

3.2V 27Ah Capacity & Energy

Each cell has:

Nominal Voltage: 3.2V

Capacity: 27Ah

The nominal energy is approximately:

3.2V × 27Ah = 86.4Wh

This means one cell stores approximately 86.4Wh of nominal energy.

Battery Pack Configurations

Multiple Gotion 27Ah cells can be connected in series and parallel to create different battery voltages and capacities.

4S 27Ah – 12.8V 27Ah

4 × cells in series

Suitable for building a 12V-class LiFePO4 battery.

Nominal energy:

12.8V × 27Ah = 345.6Wh

8S 27Ah – 25.6V 27Ah

8 × cells in series

Suitable for building a 24V-class LiFePO4 battery.

Nominal energy:

25.6V × 27Ah = 691.2Wh

12S 27Ah – 38.4V 27Ah

12 × cells in series

Suitable for applications requiring a 36V-class LiFePO4 battery.

16S 27Ah – 51.2V 27Ah

16 × cells in series

Suitable for building a 48V/51.2V-class LiFePO4 battery.

Nominal energy:

51.2V × 27Ah = 1.38kWh

Parallel Battery Configurations

The cells can also be connected in parallel to increase capacity.

For example:

2P = 54Ah

3P = 81Ah

4P = 108Ah

When series and parallel connections are combined, users can create battery packs such as:

12.8V 54Ah

12.8V 81Ah

25.6V 54Ah

25.6V 81Ah

51.2V 54Ah

51.2V 81Ah

The final configuration should always be designed according to the required voltage, capacity, BMS and application.

2500+ Cycle Life

The Gotion 27Ah cell is specified for ≥2500 cycles under defined room-temperature test conditions.

Actual service life can vary depending on:

Depth of discharge

Charging voltage

Charging current

Discharge current

Operating temperature

Storage conditions

Cell balancing

BMS settings

Proper battery design and operating conditions are important for achieving good cycle life.

LiFePO4 Chemistry

LiFePO4 is a lithium-ion battery chemistry known for its strong thermal stability and suitability for repeated cycling.

It is widely used in:

Solar Energy Storage

Electric Vehicles

E-Bikes

Electric Scooters

UPS Systems

Backup Power

Portable Power

Energy Storage Systems

Applications

☀️ Solar Energy Storage

Suitable for assembling custom LiFePO4 batteries for solar energy-storage systems.

🛵 EV & E-Bike

Suitable for compatible electric-bike, scooter and other electric-mobility battery packs.

🔋 UPS & Backup

Can be used to build rechargeable LiFePO4 batteries for compatible UPS and backup applications.

🏠 Home Energy Storage

Suitable for small custom battery packs used for energy storage and backup.

🛠️ DIY Battery Packs

Suitable for experienced battery builders who need 3.2V 27Ah prismatic cells.

🏭 Commercial Battery Assembly

Suitable for professional battery pack assembly where the cell specifications match the required application.

Why Choose Gotion 27Ah LiFePO4 Cells?

The Gotion 27Ah cell provides a combination of 27Ah capacity, 3.2V nominal voltage, prismatic construction and 2500+ specified cycle life.

Its compact size and modular configuration make it useful for creating different battery voltages and capacities by combining cells in series and parallel.

For battery builders, it can be a practical option for EV, solar, UPS and custom LiFePO4 battery applications.

Package Includes

1 × Gotion 3.2V 27Ah LiFePO4 A-Grade Cell

Not Included

BMS

Busbars

Screws/Nuts

Battery Box

Battery Cables

Charger

Connectors

Battery Pack Assembly

Important Cell Matching Note

For assembling multiple cells into one battery pack, cells should be properly matched and tested for voltage, capacity and internal resistance before assembly.

A suitable LiFePO4 BMS should be used according to the final series configuration and application.

Important

The 2500+ cycle rating is based on specified test conditions and should not be interpreted as a guaranteed number of cycles in every real-world application. Operating conditions significantly affect actual battery life.