Storage Batteries

Seven families, one chemistry and one BMS architecture. What changes between them is the shape of the space you have: a wall, a floor corner, a 19-inch rack, or the battery box a lead-acid block came out of.

• HA wall-mounted — 2.56–10.24 kWh at 25.6 V or 51.2 V, 139–230 mm deep, for plant rooms with no floor left.
• HB stacked — 5.12–16.08 kWh per position, expandable by adding modules on the same base and busbar.
• HC rack-mounted — a 19-inch chassis, 5.12–16.08 kWh, for telecom and IT cabinets and containerised systems.
• HD lead-acid replacement — 12.8 V and 25.6 V blocks in standard case sizes, 1.28–4.02 kWh.
• HF tower — a single tall cabinet, 14.3–32.2 kWh, 200 A charge and discharge.
• HH vertical — six capacity steps from 10.2 kWh to 32.2 kWh in two case sizes.
• HI floor-standing — IP65, 175 mm deep, 14.3–16.1 kWh, for outdoor walls and wash-down areas.

Every module uses Grade A prismatic LiFePO4 cells, a balancing BMS with over-charge, over-discharge, over-current, short-circuit and over-temperature protection, and CAN/RS485 plus Bluetooth and Wi-Fi as standard. The inverter protocol is loaded at the factory — state the inverter make and model when ordering, because the most common integration failure is a BMS that cannot talk to the inverter, not a voltage that does not match.