Voltage Category
3.2V Lithium Battery Manufacturer
LiFePO4 nominal voltage range. Common in stationary storage and solar backup applications where cycle life takes priority over energy density.
Voltage Spec
- Nominal Voltage
- 3.2V
- Chemistry
- Lithium (Semi Solid)
- Cell Formats
- Pouch, Prismatic, Cylindrical
Overview
What is a 3.2V Lithium Battery?
A 3.2V lithium battery uses lithium iron phosphate (LFP) chemistry, delivering a stable nominal cell voltage of 3.2V. LFP cells trade peak energy density for thermal stability and long cycle life — typically 2,000 to 4,000 cycles versus 800 to 1,200 for standard NMC. The flat discharge curve maintains consistent voltage across most of the cycle, which simplifies battery management and extends the usable capacity window. This makes the 3.2V LFP cell the standard choice for stationary storage where longevity and chemistry safety outweigh the need for compact dimensions.
Applications
Common applications for 3.2V Lithium Battery cells
Application
Solar Energy Storage
LFP chemistry and long cycle life make 3.2V cells ideal for grid-tied and off-grid solar storage where daily charge-discharge cycles accumulate quickly over the system lifetime.
Application
UPS and Backup Power
High thermal stability and float-charge tolerance allow 3.2V LFP packs to replace VRLA batteries in UPS systems, reducing cabinet weight and extending service intervals.
Application
Stationary Rack Systems
3.2V cells scale efficiently into 48V and 51.2V rack-format energy storage systems used in telecom base stations, data centers, and commercial building backup.
OEM & Custom
Custom 3.2V Lithium Battery packs from antbattery
antbattery supports OEM and custom development programs for 3.2v lithium battery cells and packs. Projects range from single-cell modifications to multi-cell assemblies with integrated BMS, connectors, and full export documentation.
- Custom cell dimensions, capacity, and tab configuration to match your enclosure
- PCM / BMS integration with SMBus, I²C, and UART protocol support
- UN38.3, IEC 62133, CE, RoHS, and MSDS documentation for all cells
- Air freight and customs clearance paperwork prepared on request
- OEM sampling in 4 to 6 weeks from design confirmation
- Minimum 100 cells for sample evaluation — no large MOQ required
Certifications
- Transport Safety
- UN38.3
- Product Safety
- IEC 62133
- Market Access
- CE, RoHS
- Shipping Docs
- MSDS / SDS
- Lead Time
- 4 – 6 weeks
- Sample MOQ
- 100 cells
Products
3.2V Lithium Battery lineup
No products currently listed for this voltage category.
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Key advantages
Energy
High Energy Density
Semi-solid electrolyte design enables energy densities above 300 Wh/kg — measurably higher than conventional liquid electrolyte cells of equivalent format and chemistry.
Safety
Reduced Flammability
Semi-solid cells use significantly less liquid electrolyte than conventional cells, reducing the flammable material available during a thermal event and lowering thermal runaway propagation risk.
Certifications
Export-Ready Documentation
UN38.3, IEC 62133, MSDS, and supporting export documentation available for all cells. antbattery handles the certification paperwork required for air freight and customs clearance.
OEM Support
Custom Cell and Pack Formats
Custom cell dimensions, capacity ranges, tab configurations, and pack-level BMS integration available for OEM programs. Sampling typically ships within 4 to 6 weeks of design confirmation.
Related Articles
Related news
Technology Guide
How Does a Solid State Battery Work? A Clear Guide to Ions, Interfaces, and Limits
A solid state battery works by moving lithium ions between the cathode and anode through a solid electrolyte instead of a liquid one. The hard part is not the basic electrochemistry. It is keeping transport fast, interfaces stable, and solid layers in contact while the cell cycles.
June 18, 2026
Definition Guide
What Is a Solid State Battery? From a Solid State Battery Manufacturer View
A solid state battery uses a solid electrolyte instead of the liquid electrolyte found in conventional lithium-ion cells. This guide explains what that means, why the technology matters, where the main advantages come from, and why commercialization still takes time.
June 3, 2026
Market Reality Check
What Vehicles in the US Are Using Solid State Batteries?
As of June 5, 2026, no mass-produced customer vehicle sold in the US is confirmed to use a true all-solid-state battery. The real market story is a mix of prototypes in the US pipeline and faster semi-solid commercialization in China.
June 5, 2026
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