INNPO 3.2V 105Ah Prismatic LiFePO4 Cell

INNPO 3.2V 105Ah Prismatic LiFePO4 Cell

The INNPO 3.2V 105Ah Prismatic LiFePO4 Cell is a high-capacity lithium iron phosphate cell for engineered battery packs. At 3.2V and 105Ah, it stores approximately 336Wh of nominal energy per cell. Its prismatic format is suitable for solar storage, off-grid systems, backup power and custom mobile-energy projects where the battery enclosure and protection system are designed around the cell.

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A versatile cell for compact storage banks

The 105Ah format is useful where a designer needs more capacity than small cylindrical packs without moving to the footprint of very large ESS cells. Typical projects include 12.8V service batteries, 25.6V mobile systems and 51.2V storage banks built by qualified installers.

Building a battery bank

Four matched cells in series form a nominal 12.8V pack; eight form 25.6V and sixteen form 51.2V. Series connection increases voltage while parallel connection increases capacity. Cells used together should be matched, balanced and installed with suitable busbars, compression or retention where specified, an insulated enclosure and correctly rated fuses.

BMS and charger selection

This is an individual cell, not a ready-to-use battery. It does not replace a complete battery with its own enclosure and protection. A correctly sized LiFePO4 BMS is required to monitor cell voltage and temperature and to control charging and loads. Select the BMS, charger, inverter and cabling for the complete pack voltage and the real continuous and peak current of the installation.

Before installation

• Measure and record the voltage of every cell before assembly.
• Use cells of the same capacity, type and state of charge in one pack.
• Do not exceed the limits in the current product datasheet.
• Provide overcurrent protection and prevent accidental short circuits.
• Do not charge outside the temperature range permitted for the cell.

Need help choosing the configuration? Compare our LiFePO4 batteries and prismatic cells or contact INNPO with the required system voltage, energy and load power.