Products · Components
Battery Storage Components
Modular rack-mount LiFePO4 building blocks for integrators and custom system builders who design their own packs and enclosures.
For OEMs, System Integrators & Custom Pack Builders
Ideal Applications. These components are designed for partners who build their own enclosures or systems rather than buying a finished cabinet. Typical buyers are battery pack OEMs, telecom power integrators, residential ESS brands, and industrial system builders who need a safe LiFePO4 cell block with a communication interface.
Typical System Architecture. The building block is a rack-mount battery module with an integrated BMS slave board. Multiple modules are stacked in a 19-inch rack or custom enclosure and connected to a master BMS. The DC output feeds an inverter, PCS, or DC bus, depending on the target application.
Integration Scenario. Partners design their own mechanical frame, thermal path, and high-current busbar, then use the module as the energy core. The BMS reports voltage, current, and temperature over the agreed protocol, allowing the host controller to manage charge/discharge limits and safety shutdowns.
Customization Options. Voltage platforms include 48 V and 51.2 V series. Mechanical depth, connector type, communication protocol, and labeling can be adapted for OEM programs. Capacity steps and form factors are discussed on a project basis.
Partner Support. We share dimensional drawings, electrical interface definitions, sample units for qualification, and application-engineering reviews. Long-term supply agreements can be structured around forecast volumes and agreed quality gates.
Evaluation & Next Steps. To start a qualification, share the target system voltage, enclosure dimensions, thermal budget, and annual volume. We will recommend a module series, connector scheme, and BMS protocol and provide samples for electrical and mechanical validation.
Building Blocks for Custom Energy Storage
The Components family provides standard rack-mount LiFePO4 modules (Typical Configuration — form factor TBC per final spec) for custom ESS designs, retrofit integrations, and OEM/integrator pack assembly. The key value: consistent cells plus a smart BMS interface for cell-level protection.
Applications
Custom ESS Designs
Design your own storage system around standard, consistent rack modules.
Explore the solution →Retrofit Integrations
Add or replace storage capacity in existing installations with rack building blocks.
Explore the solution →OEM / Integrator Pack Assembly
Source consistent cells and BMS-ready modules for your own product line.
Explore the solution →Product Comparison
| Product | Type | Position |
|---|---|---|
| Battery Pack | LiFePO4 pack | Integrator / OEM building block |
| Battery Management System (BMS) | Protection & balancing | Cell-level monitoring |
| Battery Accessories | Cabling & brackets | Installation hardware |
Form factor listed as Typical Configuration — final specification confirmed on the product datasheet. The Rack Battery System is also used in rack-mounted residential builds — see Residential Energy Storage.
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Reference Specifications
The table below sets out the reference model structure for LiFePO4 battery modules. Electrical and mechanical details vary by customer configuration, so project-specific values are confirmed at the quotation stage rather than published as fixed guarantees.
| Model series | Nominal voltage | Battery chemistry | Typical application | Configuration | Integration |
|---|---|---|---|---|---|
| 48V Series | 48 V | LiFePO4 (LFP) | Residential ESS / Telecom backup / Small C&I | Rack-mount module | BMS + inverter / PCS |
| 51.2V Series | 51.2 V | LiFePO4 (LFP) | Residential ESS / C&I ESS / OEM integration | Rack-mount module | BMS + inverter / PCS |
Applications: Residential ESS, commercial & industrial ESS, telecom backup power, OEM integration.
Verification-pending fields
| Parameter | Reference value |
|---|---|
| Usable capacity | — |
| Continuous charge / discharge current | — |
| Cycle life | — |
| Operating temperature | — |
| IP rating | — |
| Certification | — |
| Warranty | — |
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.
Technical Advantages
Consistent Cells
Uniform cell quality across modules so packs behave predictably at scale.
Smart BMS Interface
Cell-level protection and monitoring through an integrated BMS interface.
Standard Rack Format
Rack-mount form factor designed to slot into standard enclosures (Typical Configuration).
Integration Flexibility
Suitable for custom designs, retrofits, and OEM assembly alike.
Downloads
Datasheets and installation manuals for this range are provided on request while our document center is being finalized.
Request a DatasheetFrequently Asked Questions
Who is this family designed for?
System integrators, custom builders, and OEMs who design their own packs and enclosures and need consistent, BMS-ready battery building blocks.
Can rack modules be used in residential systems?
Yes. The Rack Battery System is also used in rack-mounted residential builds where a modular, expandable format is preferred.
How is cell-level protection handled?
Each module pairs consistent cells with a smart BMS interface for cell-level protection and monitoring.
How do I get specifications and pricing?
Request a quote with your integration requirements — our team will provide the datasheet, compatibility guidance, and pricing.
Where This Family Fits
Proven in the Field
See how StorXing systems perform in real deployments across residential, commercial, and infrastructure sites.
Find the Right Configuration for Your Project
Share your application, site type, and required capacity — our team will recommend the configuration and provide a quote.
Request a Quote