19-inch rack · ESS · telecom · backup power
Compare 48V 100Ah, 51.2V 100Ah and 51.2V 200Ah rack batteries by energy, operating voltage, current, rack depth and communication interface.
Product overview
Each module combines LiFePO4 cells, a built-in BMS, front-panel connections and communications in a 19-inch rack format. The inverter, DC protection, cabinet, cabling, current sharing and commissioning boundary remain project decisions.
Rack and interface planning
The battery face provides controls, power terminals and communication access. The cabinet must also accommodate DC protection, cable bend radius, airflow and safe module removal.
Quick specifications
Values below are transcribed from the supplied 2025 Lithium Battery Catalogue. Request the current model data before design approval or purchase.
48V-class DC bus and standard-depth rack review
51.2V inverter platform and standard-depth rack
Higher energy per module where 800mm depth is available
Shared catalogue details
These entries are shown as catalogue-listed characteristics. Exact document revision, certification scope and inverter compatibility should be confirmed during technical review.
Request Technical DataBMS integration
The built-in BMS provides the battery-side monitoring and protection boundary. A successful ESS or telecom integration also depends on the selected inverter or controller protocol, wiring, addressing, parallel configuration and current documentation.
48V vs 51.2V selection guidance
Nominal voltage is only a label. Use inverter limits, charging voltage, required energy, current and rack depth to make the selection.
Review when the inverter or DC bus is designed around this catalogue voltage window and 4.8kWh module energy.
Review for a 51.2V nominal platform needing 5.12kWh in the listed 425mm-deep enclosure.
Review when 10.24kWh is required per listed module and the deeper 800mm enclosure can be accommodated.
19-inch rack planning
All three catalogue models list a 483mm front width and 132.5mm height. The 200Ah configuration changes the practical installation because its listed depth reaches 800mm and its weight reaches 88kg.
Inverter compatibility checklist
Send these six items together. This avoids a quotation that matches nominal voltage but fails at protocol, firmware or commissioning level.
Request Compatibility ReviewTechnical document request
Document availability and scope are confirmed against the selected model, revision, quantity and destination market.
Electrical ratings, operating limits and environmental conditions
Dimensions, rack depth, mounting, terminals and service clearance
Port purpose, pinout, message profile and compatible inverter basis
Applicable UN38.3 and shipment documentation for the confirmed model
Current certificate and report scope matched to the exact model
Incoming, assembly and final-test records available for the project
Applications
Catalogue application labels establish a possible use—not automatic system approval.
Solar and wind energy storage systems with a compatible inverter and system-level controls.
Rack-based battery backup for telecommunication equipment after voltage, runtime and interface review.
Standby-power projects for residential, hospital, school or factory loads, subject to project qualification.
Battery support for data-centre applications where runtime, redundancy and system acceptance are defined.
Battery modules used within a reviewed electric-power system architecture.
Rackmount battery FAQ
The supplied catalogue is the evidence source for listed specifications; current technical documents remain part of project review.
The catalogue states standard 19-inch industrial rack installation. The 100Ah models are listed at 483 × 425 × 132.5 mm; the 51.2V/200Ah model is 483 × 800 × 132.5 mm. Rack depth and service clearance must be checked.
The 48V model uses a 15S1P configuration and a 37.5–54.75V operating range. The 51.2V models use 16-series architecture and a 40–58.4V range. Select by the inverter or DC bus operating window—not nominal voltage alone.
The catalogue lists USB, RS232, RS485 and CAN. The physical port and protocol do not by themselves prove compatibility with a specific inverter; request the current communication documentation.
Yes, the catalogue identifies a built-in BMS and lists protection functions. Final inverter, parallel-operation and system-control compatibility must be confirmed for the selected model.
The catalogue lists a maximum parallel connection of 16P. A project must still confirm firmware, current sharing, protection, cabling and commissioning requirements.
Choose from the required energy, DC voltage window, load current, rack depth, inverter interface and redundancy objective. The 200Ah model increases listed energy and depth; it is not automatically the correct choice for every backup project.
Yes. Provide the target model, inverter, application, quantity and project location so the relevant specification, communication and certification documents can be requested.
Rackmount LiFePO4 inquiry
Send the target model, inverter, load, runtime, rack constraints, quantity and project location.