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Explore Seplos 3.2V LiFePO4 prismatic battery cells for home, commercial and industrial energy storage, DIY battery packs and system integration projects.
LiFePO4 prismatic cells are rechargeable lithium iron phosphate battery cells housed in a rectangular enclosure. Their prismatic format allows battery designers to arrange large-capacity cells efficiently inside battery modules and energy storage systems. Compared with smaller cylindrical formats, high-capacity prismatic LFP cells are commonly used in home energy storage systems, commercial and industrial energy storage, DIY battery kits, battery packs, and other applications where pack-level space efficiency and scalable capacity are important.
Most LiFePO4 prismatic cells use a nominal voltage around 3.2V, while capacity in amp-hours (Ah) determines how much charge each cell can store. Seplos currently offers 100Ah, 280Ah and 628Ah LiFePO4 prismatic cell options for different battery pack and energy storage requirements. Cell selection should consider the target system voltage, required energy capacity, physical dimensions, discharge current and compatible battery management system.
High-capacity LFP prismatic cells can be assembled into battery modules for residential, commercial and industrial energy storage systems. The final battery pack performance depends not only on the cell capacity, but also on the BMS, busbars, mechanical compression or enclosure design, thermal conditions, electrical protection and inverter compatibility. For system integrators, cell selection should be based on the complete battery architecture rather than Ah capacity alone.
For system integrators, battery assemblers and energy storage businesses, bulk cell sourcing should consider cell model consistency, electrical specifications, physical dimensions, quality documentation, shipment requirements and compatibility with the planned battery platform. Seplos supports B2B inquiries for LiFePO4 prismatic cells and related battery system components based on project quantity and application requirements.
Start by confirming the required battery voltage and total capacity, then determine the series and parallel cell configuration. Check the cell capacity, dimensions, terminal design, continuous current requirements, operating temperature and compatibility with the BMS and enclosure. Cells used together in one battery pack should also be selected and managed according to the battery system design and quality-control requirements.
LiFePO4 prismatic cells are commonly assembled into battery modules for home energy storage, commercial and industrial ESS, DIY battery packs, backup power and other applications requiring rechargeable lithium iron phosphate batteries.
A typical LiFePO4 prismatic cell has a nominal voltage of approximately 3.2V. Multiple cells are connected in series to create higher-voltage battery systems, while capacity depends on the selected Ah rating and pack configuration.
The correct capacity depends on the required energy storage, system voltage, physical battery design, current requirements, available space and target application. Larger Ah capacity does not automatically mean it is the best choice for every battery pack.
A battery pack built from LiFePO4 cells should use a compatible battery management system to monitor operating conditions and provide appropriate protection and balancing functions. The BMS must match the cell count, system voltage and current requirements.
Yes. B2B and bulk-order inquiries can be reviewed according to the required cell model, quantity, application, destination market and battery system requirements. Contact Seplos with your project specifications for availability and quotation information.
Share your required cell capacity, target battery voltage, pack configuration, BMS requirements, quantity and application. The Seplos team can help review cell options and compatibility for your battery or energy storage project.
Your project information will only be used to evaluate your inquiry and provide relevant product or technical support.
