Products
Eight LiFePO₄ packs, one promise of safety.
From a 1.28 kWh inverter upgrade to a 12.8 kWh high-voltage pack. Standard packs carry TriShield protection, Sync Charge Technology and an on-unit SOC display; the 128 V pack runs a smart CAN BMS.


- TriShield protectionBMS + fuse + MCB
- Sync Charge TechnologyCharge faster, last longer
- SOC displayVoltage & state of charge
- ⅓ the weightOf equivalent lead-acid
12.8 V
12.8 V Series
Four-cell LiFePO₄ packs that replace a 12 V lead-acid inverter battery one-for-one.
Best for: Home inverters, small solar and backup
25.6 V
25.6 V Series
Eight-cell packs for 24 V inverters and mid-size solar or business backup.
Best for: Shops, clinics, offices and 24 V solar
51.2 V
51.2 V Series
Sixteen-cell packs matched to modern hybrid solar inverters.
Best for: Hybrid solar, larger homes and business

128 V
High-Voltage Series
High-voltage storage with a smart master–slave CAN BMS for HV inverters and commercial systems.
Best for: Commercial & industrial energy storage

PBHV1280100
128 V 100 Ah · 12.8 kWh
High-voltage storage with smart CAN BMS.
- Energy
- 12.8 kWh
- Max power
- 12.8 kW
- Charge
- ≤ 50 A
Battery finder
Which pack do I need?
Three questions. We work out the energy you need, match the voltage to your inverter and estimate the backup you'll get.
Recommended
PB480100
48 V 100 Ah · 4.80 kWh
Est. backup
≈ 6.9 h
- Energy you need
- ≈ 2.78 kWh rated
- System voltage
- 48 V(suggested)
Want to understand the maths? Read the sizing guide
Compare
Every model, side by side.
Published datasheet values. Download a datasheet for any model as a PDF.
All models: LiFePO₄ chemistry · TriShield protection (BMS + MCB + fuse) · SOC & voltage display · ≤3% self-discharge per month · 3–5 year warranty.
Need a custom voltage or capacity?
We design custom LiFePO₄ packs — BMS, enclosure and all — for OEMs, fleets and projects. Prototypes typically in 2–4 weeks.