2.56kWh
25.6V / 100Ah
Lower-voltage solar or backup platform
- CONFIGURATION
- 8S1P
- OPERATING RANGE
- 20–29.2V
- MAX. CHARGE / DISCHARGE
- 50A / 100A
- WEIGHT
- 23kg
Wall-mounted battery · solar storage · backup power
Wall-Mounted LiFePO4 Battery
Compare four 25.6V and 51.2V wall-mounted battery models from 2.56kWh to 10.24kWh for solar storage, backup power and small commercial systems.
25.6V / 51.2V100Ah / 200Ah2.56–10.24kWh
MODELS4 configurations
ENCLOSURE483 × 450 × 176.5mm
COMMUNICATIONUSB / RS232 / RS485 / CAN
CATALOGUE RATINGIP54
Product boundary
The same enclosure does not make all four models interchangeable.
All four catalogue models share the listed enclosure dimensions, but voltage platform, capacity, current and weight change materially. Select the inverter DC range first, then energy and power, and finally confirm that the wall and installation method can carry the selected model.
MANUFACTURED BYChampion Battery
PROJECT & EXPORT INQUIRYSodium Energy Systems
Model comparison
25.6V or 51.2V. 100Ah or 200Ah.
Specifications below are transcribed from the supplied 2025 catalogue. Request the current datasheet before design approval or purchase.
5.12kWh
25.6V / 200Ah
More energy on a 25.6V DC platform
- CONFIGURATION
- 8S2P
- OPERATING RANGE
- 20–29.2V
- MAX. CHARGE / DISCHARGE
- 100A / 200A
- WEIGHT
- 52kg
5.12kWh
51.2V / 100Ah
Common 51.2V-class solar-storage review
- CONFIGURATION
- 16S1P
- OPERATING RANGE
- 40–58.4V
- MAX. CHARGE / DISCHARGE
- 50A / 100A
- WEIGHT
- 52kg
10.24kWh
51.2V / 200Ah
Higher-energy wall installation after structural review
- CONFIGURATION
- 16S2P
- OPERATING RANGE
- 40–58.4V
- MAX. CHARGE / DISCHARGE
- 100A / 200A
- WEIGHT
- 98kg
Selection logic
Two different ways to reach 5.12kWh.
CLFP-25.6V200-R and CLFP-51.2V100-R are both listed at 5.12kWh, but they are not electrical substitutes. One uses a 25.6V / 200Ah platform; the other uses 51.2V / 100Ah.
Solar storage installation
Keep the battery, inverter and isolation equipment accessible.
A practical wall installation needs structural support, safe cable routing, visible controls and enough space for inspection or replacement.
01Wall capacityConfirm anchors and total model weight02Inverter connectionVoltage range, charge settings and protocol03IsolationBreaker or fuse and emergency access04ClearanceTerminals, controls and removal space
Installation planning
A 98kg wall battery is a structural decision.
The largest catalogue model is more than four times the weight of the 23kg entry model, even though the listed enclosure footprint is the same.
- 01Confirm wall construction and structural capacity
- 02Define mounting height, lifting method and installer responsibility
- 03Allow clearance for terminals, isolation and cable bend radius
- 04Keep display, controls and service points accessible
- 05Review ambient temperature, moisture and direct exposure
- 06Plan removal space for maintenance or replacement
SERVICE CLEARANCE483 × 450 × 176.5mm23–98kg by modelCABLE + ISOLATION
Solar inverter compatibility
Ports are only one part of the connection.
Use the exact inverter model and firmware in the inquiry. This prevents a nominally correct 51.2V battery from failing at protocol, pinout or charging-control level.
Request Compatibility ReviewDC voltage window
Match minimum, nominal, maximum and charge voltage
Inverter protocol
Confirm CAN or RS485 profile, pinout and firmware
Power demand
Compare continuous and peak current with BMS limits
Parallel operation
Confirm module count, addressing, cables and current sharing
Protection
Define isolation, breaker or fuse, grounding and shutdown
Commissioning
Test SOC, alarms, charge/discharge and communication loss
Solar storage applications
Size from the operating objective—not panel wattage alone.
Application labels indicate a possible pathway. Load data, backup priorities, grid arrangement and inverter capability determine final suitability.
Solar self-consumption
Shift daytime PV energy to evening loads after reviewing interval consumption.
Backup power
Define critical loads, transfer behaviour, runtime and recharge window.
Small commercial storage
Review load peaks, cycling objective and available wall or service space.
Distributed storage
Coordinate parallel units, communications, protection and commissioning.
Approval documents
Ask for evidence tied to the exact model.
Catalogue statements are useful for selection. Purchasing and system approval require current, model-specific documents.
Current datasheet
Electrical ratings, operating conditions and model revision
Mechanical drawing
Mounting points, dimensions, terminals and clearance
BMS / protocol file
CAN or RS485 profile, pinout and supported inverter basis
Transport documents
UN38.3 and shipment documents for the confirmed configuration
Certification package
Current IEC 62619, CE or RoHS scope where available
OEM scope
Logo, colour, label, packaging, configuration and MOQ review
Wall-mounted battery FAQ
Questions before selecting a model.
Availability, commercial terms and evidence remain subject to exact-model confirmation.
Which 51.2V wall-mounted model is listed at 5.12kWh?+
CLFP-51.2V100-R is listed at 51.2V, 100Ah and 5.12kWh, with a 40–58.4V operating range.
Which model provides 10.24kWh?+
CLFP-51.2V200-R is listed at 10.24kWh and 98kg. Wall capacity, lifting, anchors and service access must be reviewed before selection.
Can these batteries communicate with any solar inverter?+
No. A CAN or RS485 port does not prove protocol compatibility. Confirm inverter model, firmware, pinout and supported battery profile.
Can wall-mounted batteries be connected in parallel?+
The catalogue lists up to 16P. The actual design still requires confirmation of firmware, addressing, current sharing, cables, protection and commissioning.
Is IP54 suitable for every outdoor installation?+
No. The catalogue lists IP54, but site exposure, water direction, temperature, condensation, enclosure interfaces and local installation rules must be reviewed.
Can I replace a rack battery with a wall-mounted model?+
Only after checking voltage range, current, communication, mounting, cable route, protection and service access. The enclosure format alone does not establish interchangeability.
Can OEM branding be requested?+
Yes. Include logo, enclosure colour, label, packaging, quantity and destination in the inquiry. Feasibility, MOQ and lead time require manufacturer confirmation.
Which documents should be requested before approval?+
Request the current datasheet, mechanical drawing, BMS or protocol information, transport documents and exact-model certification evidence required by the project.
Wall-mounted LiFePO4 inquiry
Send the inverter, load and installation details.
We will identify the relevant model, missing compatibility information and documents required for a useful quotation.