Products · Battery Modules
LiFePO4 Battery Module
Rack-mount lithium iron phosphate (LiFePO4 / LFP) battery modules for system integrators, OEM builders, and custom energy storage projects. The StorXing LFP module provides a stable, long-life building block for residential, telecom, and industrial packs.
For OEMs, Residential Brands & Telecom Power Teams
Ideal Applications. These modules serve as the energy core inside third-party systems. Target customers include residential ESS brands, telecom backup-power integrators, UPS manufacturers, and industrial OEMs who need a standardized LiFePO4 block with predictable interfaces.
Typical System Architecture. A module contains LiFePO4 cells, a cell-management board, and a mechanical enclosure designed for rack mounting. Modules are connected in series or parallel to reach the target voltage and capacity, then interfaced to a BMS host and power converter.
Integration Scenario. The module slides into a 19-inch rack or custom tray within the partner enclosure. Communication wiring daisy-chains between modules and the host BMS. Thermal design, high-current busbars, and enclosure sealing remain the responsibility of the integrator.
Customization Options. Capacity, voltage, form factor, connector orientation, and communication protocol can be adjusted for volume programs. Labeling, packaging, and firmware version control can be locked under OEM supply agreements.
Partner Support. We supply mechanical drawings, electrical interface documents, qualification samples, and test reports. Application engineers review integration proposals and support design-in activities through prototype and production phases.
Evaluation & Next Steps. To choose a module program, define the target voltage window, capacity step, mechanical envelope, and annual forecast. We will confirm the series compatibility, provide qualification units, and lock the interface specification under an NDA or supply agreement.
A Safe Building Block for Custom Systems
LiFePO4 chemistry is chosen for its thermal stability and long cycle life. The StorXing module format suits 19-inch rack integration, OEM pack assembly, and telecom backup systems. Each module is designed to work with a battery management system that monitors cell voltage, temperature, and state of charge.
Applications
Residential Rack Systems
Build wall-mount or floor-standing home storage packs with modular LFP cells.
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OEM / ODM Integration
Integrate standard-format LFP modules into your own enclosures and systems.
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Telecom Backup Power
Reliable 19-inch rack modules for telecom shelters and data room backup.
Explore the solution →Concept visualization — representative application.
Product Comparison
| Attribute | Typical Range | Notes |
|---|---|---|
| Chemistry | LiFePO4 (LFP) | Thermally stable lithium iron phosphate |
| Form factor | Rack-mount module | Suitable for 19-inch cabinet integration |
| Use cases | OEM / residential / telecom | Module specs vary by product configuration |
Figures are product-line definitions, not performance guarantees. Detailed module datasheets are provided on request under NDA where applicable.
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Reference Specifications
The table below sets out the reference configuration for each module option. Modules are supplied as building blocks, so usable capacity depends on the rack and string design chosen by the integrator.
| Model | Capacity | Nominal voltage | Battery chemistry | Configuration | Installation | Communication |
|---|---|---|---|---|---|---|
| 48 V LiFePO4 Module | Configured per rack | 48 V (15S) | LiFePO4 (LFP) | Rack-mount module with integrated BMS | 19-inch rack | RS485 / CAN |
| 51.2 V LiFePO4 Module | Configured per rack | 51.2 V (16S) | LiFePO4 (LFP) | Rack-mount module with integrated BMS | 19-inch rack | RS485 / CAN |
Application: Residential rack systems, OEM / ODM integration, telecom backup power
Verification-pending fields
| Parameter | Reference value |
|---|---|
| Certification | — |
| Warranty | — |
| Cycle life | — |
| IP rating | — |
| Round-trip efficiency | — |
| Operating temperature | — |
Values above describe the reference configuration of the product line and are not performance guarantees. Available options vary by project. Parameters shown as — are not published until they have been verified for a specific configuration; request the current documentation for the model you are evaluating.
| Electrical | Nominal Voltage | 51.2 V |
|---|---|---|
| Nominal Capacity | 100 Ah | |
| Communication | Communication Interface | CAN / RS485 |
| Environmental | Operating Temperature | 0~55 °C |
Technical Advantages
LiFePO4 Chemistry
Lithium iron phosphate cells selected for thermal stability and long service life.
Rack-Ready Modularity
Standard module dimensions simplify integration into 19-inch enclosures and custom packs.
BMS Integration
Designed to work with a battery management system for cell-level monitoring and protection.
OEM Friendly
Available for qualified integrators and OEMs building branded energy storage products.
Downloads
Datasheets and installation manuals for this range are provided on request while our document center is being finalized.
Request a DatasheetFrequently Asked Questions
What chemistry do StorXing battery modules use?
All StorXing battery modules use LiFePO4 (LFP) chemistry, known for thermal stability and long cycle life.
Are modules available for OEM projects?
Yes. We supply modules to qualified integrators and OEMs for custom pack and system development.
What form factors are available?
Modules are designed primarily for 19-inch rack integration, with options suited to residential, telecom, and industrial applications.
How do I request module datasheets?
Contact us with your application, target capacity, and integration requirements. Datasheets and samples are provided under appropriate agreements.
Where This Family Fits
Proven in the Field
Discover how StorXing modules power residential, telecom, and custom OEM energy storage systems.
Get Module Specifications for Your Build
Share your integration requirements — we will recommend the right module format and provide datasheets.
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