LiFePO4 EVE 3.2V LF100LA 102Ah Cell – High Performance, Reliable and Extended Lifespan

Description

In the options you have the option to include or not include aluminum connectors.

Experience the reliability and high performance of the EVE 3.2V LF100LA prismatic LiFePO4 cell, with a nominal capacity of 102Ah and a total energy of 326.4Wh. This Grade A cell is designed for demanding energy storage applications, offering superior efficiency and long life, making it ideal for solar systems, traction batteries and industrial solutions.

Main features:

• Nominal voltage: 3.2V
• Nominal capacity: 102Ah
• Stored energy: 326.4Wh
• Extended lifespan: Up to 5000 cycles at 80% DoD, with a minimum of 80% capacity remaining​
• Enhanced safety: Protection against overcharge, overdischarge and short circuit​
• Operating temperatures:
  • Charging: 0°C – 65°C
  • Discharge: -20°C – 65°C
  • Recommended storage: 0°C – 35°C, with SOC between 20% and 40%​
• Dimensions:
  • Terminal height: 118.5 ± 0.5 mm
  • Height without terminals: 115.7 ± 0.5 mm
  • Width: 160.0 ± 0.8 mm
  • Thickness: 50.1 ± 0.5 mm
  • Weight: 1985 ± 100 g​
• Maximum charging current: 1C (102A)
• Maximum discharge current: 1C (102A)​

Recommended applications:

• Solar energy storage systems
• Electric and hybrid vehicles
• UPS and power backup
• Industrial and commercial applications

Choose the EVE 3.2V LF100LA LiFePO4 cell for an efficient, safe and long-lasting energy storage system. It offers consistent performance and an optimal weight-to-capacity ratio, making it one of the most reliable choices for high-performance modular batteries.

Clause for the use of EVE prismatic cells

These cells are intended for use in battery assembly projects only and are not sold as a finished product. Their installation and use should be carried out by qualified personnel who understand the technical specifications and conditions of use.

Warranty: 1 year, covering manufacturing defects only. Defects caused by improper use, handling errors or improper operating conditions are not included. The user is responsible for complying with the specifications and ensuring an optimal operating environment to prevent damage to the cells.