Prismatic LFP Thin, Light, Space-Saving Design for Energy Storage Systems Haidi

Prismatic LFP Thin, Light, Space-Saving Design for Energy Storage Systems Haidi

Haidi Energy China
  • Prismatic LFP Thin, Light, Space-Saving Design for Energy Storage Systems Haidi
  • Prismatic LFP Thin, Light, Space-Saving Design for Energy Storage Systems Haidi
  • Prismatic LFP Thin, Light, Space-Saving Design for Energy Storage Systems Haidi
  • Prismatic LFP Thin, Light, Space-Saving Design for Energy Storage Systems Haidi
  • Prismatic LFP Thin, Light, Space-Saving Design for Energy Storage Systems Haidi
  • Prismatic LFP Thin, Light, Space-Saving Design for Energy Storage Systems Haidi
  • Prismatic LFP Thin, Light, Space-Saving Design for Energy Storage Systems Haidi
  • Prismatic LFP Thin, Light, Space-Saving Design for Energy Storage Systems Haidi
  • Prismatic LFP Thin, Light, Space-Saving Design for Energy Storage Systems Haidi
  • Prismatic LFP Thin, Light, Space-Saving Design for Energy Storage Systems Haidi
Summary
Haidi Prismatic LFP Battery offers a thin, light, and space-saving design with high safety and 4,000+ cycles, ideal for energy storage systems. Featuring aluminum casing, ceramic membrane, and RoHS/CCC certification, it ensures stable, long-life performance in residential, commercial, and industrial applications. Engineered for superior layering and thermal management, this prismatic LiFePO4 cell supports high charge/discharge rates up to 2C continuous charging and 3C pulse current, delivering reliable, efficient power solutions for global markets.More
Specifications
Battery chemical type:
LFP
Product Features:
Qualified for RoHS and CCC with high safety, Anti-explosion safety valve, Aluminium shell for better cooling, Ceramic membrane used to enhance safety, High density, High charge/discharge rate, Expecte
Shape:
Prismatic
  • Prismatic LFP Thin, Light, Space-Saving Design for Energy Storage Systems Haidi
  • Prismatic LFP Thin, Light, Space-Saving Design for Energy Storage Systems Haidi
  • Prismatic LFP Thin, Light, Space-Saving Design for Energy Storage Systems Haidi
  • Prismatic LFP Thin, Light, Space-Saving Design for Energy Storage Systems Haidi
  • Prismatic LFP Thin, Light, Space-Saving Design for Energy Storage Systems Haidi

Prismatic LFP

LIFEPO4 PRISMATIC

Prismatic LFP
LIFEPO4 Prismatic Chemistry

A prismatic lithium battery can be encased in either steel or aluminum, which mainly increases the stability of battery cells. Haidi's unique design makes our prismatic cells thin and light, and also with the feature of space saving. The rectangular shape of thin prismatic cells offer better layering than cylindrical cells, giving more flexibility to battery design engineers.

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