HITAMA P25-T — 7,500 W 400 V Three-Phase Portable Power Station
Three P25 units through the P25-T distribution unit produce a genuine 400 V three-phase supply — the supply European welders and heavy tools expect on site, without a diesel genset.
- Units 3 × 230V P25
- Rated power 7,500 W
- Usable capacity 8.1 kWh
- Output AC400V · 10 A three-phase
When this configuration fits
Welding — Three-phase inverter welders draw from the battery system instead of a diesel generator.
Heavy tools — Equipment that is only available as a three-phase machine, on a site with no grid connection.
Existing distribution boards — Feeds the three-phase board the site already uses, so nothing has to be rewired for single phase.
The rest of the family
Send us your tool list and we will size the system.
Frequently asked questions
The questions buyers actually ask before a first order — answered with numbers from our own datasheets, not from a brochure.
What output does the P25-T provide?
The P25-T delivers 400 V three-phase at 10 A through a three-phase output. That allows operation of loads that require a genuine three-phase supply, meaning equipment that would not start at all on a single 230 V phase. The output form is the deciding criterion here, not the rating alone.
What power and capacity does the P25-T reach?
The P25-T reaches 7,500 W continuous output and 8.1 kWh usable capacity. That is the largest configuration in the P25 family and covers workplaces where several tools, or one three-phase machine, have to be supplied at the same time. It is intended for sites where 230 V single-phase is no longer sufficient.
Which units make up a P25-T configuration?
A P25-T configuration consists of three 230 V P25 units plus the P25-T as the distribution unit. The three-phase output only exists as a combination. That matters for procurement: you are planning a combination rather than a single large unit.
Why does 400 V three-phase need a three-phase system?
Because a single inverter supplies only one phase. A site that needs 400 V three-phase therefore needs a three-phase parallel system, meaning three units operating phase-shifted. A single unit cannot supply a three-phase load at all, regardless of its rating.