Proven 51.2 V LFP platform
Built on a 16S1P architecture for widely used low-voltage inverter systems.
51.2 V LOW-VOLTAGE LFP PLATFORM
Choose from 5.12, 10.24, and 16.08 kWh models within one consistent POSNBAT range—making it easier for importers and distributors to serve different residential storage needs.
BUILT FOR REAL-WORLD INSTALLATIONS
Floor-standing design, IP65-rated enclosure protection*, and CAN / RS485 communication make POSNBAT straightforward to integrate into residential low-voltage systems. Final installation, cabling, protection, and inverter compatibility must be confirmed for each project.
ONE PLATFORM. THREE CAPACITIES.
Three capacity options help distributors serve different residential storage needs while keeping product planning, training, documentation, and after-sales support within one product family.
Built on a 16S1P architecture for widely used low-voltage inverter systems.
A gasketed side cover keeps breakers, terminals, and communication ports protected and neatly out of sight.
Supports parallel operation of up to 16 units, subject to inverter protocol, BMS compatibility, and correct cable and fuse design.
SELECTED CAPACITY
5.12 kWh nominal energy with 4.61 kWh usable energy at the published 90% depth of discharge.
SERIES COMPARISON
Compare the published specifications for POSNBAT5, POSNBAT10, and POSNBAT16.
CONTROL AND OPERATING DATA
Shared communication, protection, and operating specifications make the three POSNBAT models easier to evaluate, stock, and support.
MORE INFORMATION
POSNBAT combines LiFePO4 chemistry, a 51.2 V platform, and CAN / RS485 / dry-contact communication across three published capacities. Importers and distributors can cover entry-level, mid-range, and higher-capacity residential storage requirements within one familiar series.
Service connections sit behind a gasketed side cover, keeping the front clean and professional. Inverter compatibility and parallel configuration must always be confirmed against protocol support, cable sizing, and protection requirements.
SUITABLE APPLICATIONS
Final system suitability depends on inverter compatibility, project engineering, local requirements, and the selected model's published limits.
NEXT STEP
Tell us your target market, preferred capacities, inverter platform, expected volume, and required documents.
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