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Premium 100Ah LiFePO4 Prismatic Battery Cell

The BAK 100Ah Laser Prismatic LiFePO4 Cell is engineered for high reliability, safety, and long service life. Built using advanced Lithium Iron Phosphate (LFP) chemistry, it offers exceptional cycle performance, high energy efficiency, and stable operation across a wide temperature range.

Designed for battery pack manufacturers, ESS integrators, inverter battery manufacturers, and EV OEMs, this cell provides dependable energy storage with excellent consistency and low internal resistance.

Whether you’re building a 48V battery pack, 51.2V ESS battery, solar storage system, or electric vehicle battery, this cell delivers consistent performance throughout its lifecycle.

Key Features

• Grade A Lithium Iron Phosphate (LiFePO4) Cell
• 100Ah Rated Capacity
• 3.2V Nominal Voltage
• 320Wh Nominal Energy
• 3000+ Charge/Discharge Cycles (80% EOL)
• Low Internal Resistance (≤0.5mΩ)
• High Continuous Discharge Capability
• Excellent Thermal Stability
• Long Service Life
• High Safety Performance
• Suitable for High Power Battery Packs
• Environment Friendly
• Maintenance Free
• Ideal for Solar & ESS Applications

Applications

This LiFePO4 battery cell is suitable for:

• Residential Energy Storage Systems (ESS)
• Commercial Battery Energy Storage Systems (BESS)
• Solar Battery Storage
• Hybrid Solar Inverter Batteries
• Telecom Backup Batteries
• UPS Systems
• Home Inverter Batteries
• Electric Rickshaw Batteries
• Electric Scooter Batteries
• Electric Bike Battery Packs
• Electric Vehicle Battery Packs
• Industrial Energy Storage
• Portable Power Stations
• Marine Battery Systems
• Robotics & Automation
• AGV Batteries
• Golf Cart Batteries
• Medical Equipment Backup Systems

Technical Specifications

Why Choose This Cell?

• Grade-A Quality
• Consistent Cell Matching
• High Reliability
• Excellent Cycle Performance
• Low Internal Resistance
• High Current Capability
• Proven LiFePO4 Chemistry
• Ideal for Long-Term Energy Storage
• Trusted for Residential & Commercial Applications

The post BAK A Grade 3.2V 100Ah Laser LiFePO4 Cell appeared first on Aqueouss.

Important Note

This product uses an original BAK A Grade 3.2V 100Ah Laser LiFePO4 Cell that has been professionally converted into a welded screw (stud) terminal configuration. The conversion modifies only the terminal connection for easier installation and does not alter the original electrical characteristics of the cell.

Key Features

• Original BAK Grade-A Cell
• Professional Screw Terminal Conversion
• Reliable Busbar Connection
• Excellent Cell Consistency
• Long 3000+ Cycle Life
• Low Internal Resistance
• High Safety LiFePO4 Chemistry
• Suitable for High Current Applications
• Ideal for ESS, Solar & EV Battery Packs
• Trusted by Battery Pack Manufacturers
• Excellent Thermal Performance
• Maintenance-Free Operation
• Long-Term Energy Storage Solution

The BAK EE100 specifications support ≤0.5mΩ internal resistance, up to 200A continuous discharge, and up to 300A discharge for 10 seconds at 50% SOC.

Technical Specifications

The capacity, voltage, energy, resistance, weight, current limits and temperature ranges are based on the BAK EE100 technical specifications. The physical dimensions and pole-center distance are shown in the cell drawing on page 5 of the datasheet.

Applications

The BAK A Grade 3.2V 100Ah Stud LiFePO4 Cell (Converted from Laser) is ideal for residential and commercial energy storage, solar battery systems, inverter batteries, electric vehicles, telecom backup, UPS systems, portable power stations, marine applications, and custom lithium battery pack manufacturing.

• Energy Storage Systems (ESS)
• Solar Battery Storage
• Home Inverter Batteries
• UPS & Telecom Backup
• EV Battery Packs
• E-Rickshaw & E-Scooter Batteries
• Portable Power Stations
• Marine Battery Systems
• Custom Battery Packs

Frequently Asked Questions

Is this an original BAK laser terminal cell?

No. This product is manufactured using an original BAK laser terminal cell that has been professionally converted into a welded screw terminal configuration.

Does the screw terminal conversion affect battery performance?

No. The conversion changes only the terminal connection method. The electrical characteristics remain based on the original BAK EE100 cell specifications.

Can this cell be used for 48V or 51.2V battery packs?

Yes. It is widely used for 48V and 51.2V ESS battery packs, inverter batteries, solar storage systems, EV battery packs, telecom batteries, and UPS systems.

A 16-cell series configuration produces a 51.2V nominal battery pack with approximately 5.12kWh nominal energy based on the 3.2V, 100Ah cell rating.

Is this suitable for battery pack manufacturing?

Yes. The welded screw terminals simplify busbar installation, making it ideal for professional battery pack assembly.

The post BAK A Grade 3.2V 100Ah Screw LiFePO4 Cell (Converted from Laser) appeared first on Aqueouss.