6000W AC Off Grid Portable Power Station 4608Wh LiFePO4 2100W MPPT Input HP6000 V2

HP6000 V2 is built around the panel side of the system. The XT60 solar input accepts strings from 12V to 175V and tracks the maximum power point across a 16V to 165V window, so a roof array, a ground mount or a set of folding panels all charge the same 4608Wh LiFePO4 bank at up to 2100W. A 3600W AC input covers the grey weeks, and the unit can take mains and solar at the same time when the reserve is low.

Designed from the array backwards

1. Wide PV window, 25A. Strings from 12V to 175V at up to 25A are accepted, which covers compact panels as well as series-connected arrays, without a separate charge controller.

2. MPPT across the day. Tracking between 16V and 165V keeps the harvest up when panels are hot, partly shaded or under thin cloud, where a simple controller would lose most of the input.

3. Dual-source charging. Mains at 1800W or 3600W depending on voltage can run alongside the solar input, shortening recovery after a long outage or a heavy discharge.

4. Storage sized for a building. 4608Wh of LiFePO4 covers lighting, refrigeration, pumps and communications equipment, with 6000W continuous and 9000W surge to start the loads.

HP6000 V2 ships on a wooden frame with an export carton, carries a 3 year warranty, and is available for OEM programs and residential storage distributors.

Factory and quality behind every HP6000 V2

SOUOP has manufactured portable energy storage since 2008 at its Shenzhen plant, where battery pack assembly, BMS development, inverter production and final testing sit under one roof. The company employs between 101 and 500 people and exports 80 to 90 percent of its output to Europe and North America.

The HP6000 V2 line is built to a documented quality system: ISO 9001 process control, BSCI social compliance, and product certification covering CE, RoHS, UKCA, SAA, UL2743, FCC and PSE. Every unit is charged, discharged, load tested and insulation checked before packing, and each battery pack carries a traceable serial number.

Because the enclosure, the inverter and the battery are engineered in house, voltage variants, outlet standards, cabinet finish and branding can all be adapted on OEM and ODM orders. The standard production lead time is 15 to 25 working days after payment, with engineering support available for distributors specifying a new market variant.