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25.6V 312Ah LiFePO4 Battery Pack — 24312Y-01 / 24314Y-01 (25.6V) — 24312Y-01 / 24314Y-01 · 25.6V
LiFePO4 Battery Packs

LiFePO4 Battery Pack 24312Y-01 / 24314Y-01 (25.6V)

24312Y-01 / 24314Y-01 · 25.6V

Eight kilowatt-hours, ten-year warranty territory.

This is the storage block behind serious 24V systems: 312Ah of automotive-grade LiFePO4 delivering nearly 8kWh per pack. Six thousand verified cycles at 70% DOD mean daily cycling for a decade and beyond — and packs stack in parallel when one block is not enough.

01

6,000+ verified cycles

Tested at 70% DOD, 25°C, 0.2C to 70% end-of-life — a decade of daily cycling with capacity to spare.

02

150A discharge, fast recharge

Up to 150A discharge with 100A standard / 150A fast charging: a full standard charge in about 3.5 hours.

03

Scalable by design

Series and parallel connection raise voltage or capacity — combine packs for 24V/48V systems and custom Wh sizing.

04

Always know your state of charge

On-board SOC/voltage display plus complete BMS protection: over-charge, over-discharge, over-current, short circuit.

Full specifications.

Nominal voltage25.6V
Nominal capacity312Ah (24312Y-01) / 314Ah (24314Y-01)
Minimum capacity275Ah / 310Ah
Rated energy7987Wh / 8038Wh
Shipping voltage24–27.2V
Charge voltage29.2V
Discharge cutoff20.0V
Charge methodCC/CV (constant current / constant voltage)
Charge current (std / fast)100A / 150A
Max discharge current150A
Standard charge time≈3.5h
Cycle life≥6000 cycles @70% DOD, 70% EOL, 25°C, 0.2C
Charge / discharge temperature0–50°C / -20–55°C
Recommended storage temperature-10–35°C
Max internal resistance20mΩ
Configuration8S1P
Weight57.5kg / 60kg
Dimensions (L×W×H)450×340×255 mm (packaging 505×400×330 mm)
ProtectionsOver-charge, over-discharge, over-current, short circuit
DisplayState-of-charge / voltage indicator
Storage notesStore at 40–60% charge; recharge/discharge every 6 months in storage
FAQ

24312Y-01 / 24314Y-01 FAQ.

How many kWh is a fully charged pack?

7,987Wh (24312Y-01) or 8,038Wh (24314Y-01) of rated energy — roughly a day of typical household consumption, or several days of essential loads like refrigeration, lighting and networking.

Can I use this pack to upgrade an existing lead-acid system?

Yes, if your inverter supports 24V lithium charging. The pack charges at 29.2V and cuts off at 20.0V — standard 24V LiFePO4 parameters. Inverters with lithium profiles (like our PHSD24V hybrid) are plug-compatible.

How should I store spare packs?

Ship and store at 40–60% charge in -10–35°C, and run one full charge/discharge cycle every six months to maintain cell balance and capacity.

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