LifePo4 EVE 3.2V MB31 314ah Grade A cell

Description

! The cells are in stock, delivery 2-3 days after placing the order.

LiFePO4 EVE 3.2V MB31 314Ah Grade A Cell – Superior Performance and Extended Durability

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

Discover the quality and performance offered by the EVE 3.2V MB31 314Ah LiFePO4 cell. With a real capacity of over 320Ah, this high-efficiency cell offers a reliable energy storage solution for your energy applications. LiFePO4 (lithium iron phosphate) technology stands out for its increased safety, extended durability and high charge/discharge efficiency.

Main features:

• Nominal voltage: 3.2V
• Nominal capacity: 314Ah (actual capacity, tested)
• Long life: Over 8000 charge/discharge cycles at a depth of discharge of 80%, guaranteeing long-term use without significant loss of performance.
• High safety: LiFePO4 technology prevents the risk of explosion or fire, providing a safe solution for energy storage.
• Thermal and chemical stability: Exceptional performance even under variable temperature conditions.
• Versatility: Suitable for various applications – from solar systems, electric vehicles and energy storage solutions for domestic or industrial use.
• Quality Grade: A

Choose the LiFePO4 EVE 3.2V MB31 314Ah cell to build efficient, sustainable and safe energy systems. Ideal for high capacity modular batteries.

Clause for EVE prismatic cells

These prismatic cells are intended solely for use as spare parts in battery assembly projects and are not sold as a finished product. It is mandatory that their installation and use be carried out by professionals or qualified persons who understand the technical specifications and conditions of use of these products.

The manufacturer’s warranty is 1 year and covers manufacturing defects only, excluding any problems caused by human error, improper use or improper operating conditions. It is the user’s responsibility to ensure compliance with the technical specifications and optimal operating conditions to prevent damage to the cells.