Power supply for quarries and mining

A quarry has no mains connection, and dewatering must not stop. That is exactly where a solution proves itself: dust, vibration, heat, and a site nobody visits daily.

Four points that decide the sizing here

Size dewatering first. It runs through, including at night — and therefore sets the energy demand, not the peak power.
Separate continuous from tool load. Pumps run continuously, drilling and cutting in bursts; two circuits keep the system smaller than one big one.
Check the dust load on site. In crushing plants and on stockpiles every intake clogs — fanless cooling is a prerequisite here, not a marketing feature.
Clarify who recharges. A remote site without a charging route is the real sticking point; if nobody drives out, a generator or a combination stays the right answer.

What storage carries

One unit: lighting, hand tools, instruments and a small pump — the base at remote stations.
Two units in parallel: dewatering plus tools at the same time, without tripping at start-up.
Three units plus distribution: 400 V for larger pumps and crusher ancillaries, spread across three storage units.

P-series parallel power systems

One modular platform. Add parallel units where the load grows — two or three units single-phase, or three units for 400 V three-phase.

Configuration	Units	Rated power	Usable capacity	Weight	Output
P25	1	2,500 W	2.7 kWh	29 kg	230 V / 16 A · single-phase
P25 + P25-D	2	5,000 W	5.4 kWh	≈60 kg	230 V · single-phase · AC230V/20A output
P25 + P25-D	3	7,500 W	8.1 kWh	≈90 kg	230 V · single-phase · AC230V/30A output
P25 + P25-T	3	7,500 W	8.1 kWh	≈90 kg	400 V · three-phase · AC400V/10A output

P25
Units
1
Rated power
2,500 W
Usable capacity
2.7 kWh
Weight
29 kg
Output
230 V / 16 A · single-phase
P25 + P25-D
Units
2
Rated power
5,000 W
Usable capacity
5.4 kWh
Weight
≈60 kg
Output
230 V · single-phase · AC230V/20A output
P25 + P25-D
Units
3
Rated power
7,500 W
Usable capacity
8.1 kWh
Weight
≈90 kg
Output
230 V · single-phase · AC230V/30A output
P25 + P25-T
Units
3
Rated power
7,500 W
Usable capacity
8.1 kWh
Weight
≈90 kg
Output
400 V · three-phase · AC400V/10A output

Wiring

The parallel distribution unit carries one power input and one data input per battery unit, and a single output to the load.

AC230V/20ATwo P25 units, 230 V single-phase.
AC230V/30AThree P25 units, 230 V single-phase.
AC400V/10AThree 230 V P25 units in parallel make 400 V three-phase — all three required, or the system loses a phase.

How the parallel link is wired

Each P25 runs one power cable and one data cable to its own input pair on the distribution unit.
The distribution unit has three input pairs (L1 / L2 / L3); one pair per battery unit.
Only the distribution unit output feeds the load. Battery units are never connected to the load directly.
Each unit keeps its own protective device; no unit back-feeds another.

Three configurations, one platform

Start with a single unit and add parallel units only when the load demands it. Every configuration runs the same battery unit and the same distribution unit.

P25
The core unit. A fanless, self-cooling 230 V power station that replaces the combustion generator on site — no exhaust, no idling noise, no fuel run.
Key figures
Rated power
2,500 W
Peak power
5,000 W (≤10 s)
Usable capacity
2.7 kWh
Output
230 V · 16 A
Protection
IP54
Weight
29 kg
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P25 + P25-D
Two or three units linked through the parallel distribution unit for 230 V single-phase loads. Power and capacity stack — start with two, add a third when the job needs it.
Key figures
Units
2–3 × P25
Rated power
5,000–7,500 W
Usable capacity
5.4–8.1 kWh
Output
AC230V · 20–30 A
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P25 + P25-T
Three 230 V P25 units in parallel produce the 400 V three-phase supply that runs tools which will not start on single phase. All three are required — remove one and the system loses a phase. Carried and assembled by hand: no crane, no lifting gear.
Key figures
Units
3 × 230V P25
Rated power
7,500 W
Usable capacity
8.1 kWh
Output
AC400V · 10 A three-phase
Request a quote

Feature overview

Every part, numbered on the real machine — the same order as the wiring diagrams above.

P25 — the workhorse unit

Hitama P25 site power station front port panel: AC output socket, AC charging input, power switch, battery display, USB-C, solar input, parallel power and data ports — Port panel

AC output · 230 V / 16 APlug cutters, welders and drills straight in.
AC charging inputOn grid power, charge it overnight.
Power switchOne turn starts the station.
Battery displaySix LEDs — charge readable from the doorway.
USB-CKeeps phones and laptops topped up.
Solar inputFit a panel, keep charging on site.
Parallel power portPower line to the P25-D / P25-T box.
Parallel data portData line — the units stay in sync.

Hitama P25 portable power station three-quarter view: carry handle, IP54 enclosure, 2.7 kWh battery body — Body

Carry handle29 kg — carried by hand to the load.
IP54 enclosureDust-protected, spray-water protected.
2.7 kWh batteryUsable capacity per unit, fanless.

P25-D — 230 V parallel box

Hitama P25-D parallel distribution box front view: mounting hook, AC230V-30A output, breaker protection window, six parallel input ports — Front

Mounting hookHang the P25 units on the box.
EnclosureThe parallel box — ready out of the crate.
Parallel output · AC230V-30AThe only feed to the load.
Mounting stopHolds the box in place on the ground.
Protection device areaThe breakers, behind a protected window.
Parallel 1 inputP25 No.1 power line — AC230V-10A.
Parallel 1 data inputP25 No.1 data line.
Parallel 2 inputP25 No.2 power line — AC230V-10A.
Parallel 2 data inputP25 No.2 data line.
Parallel 3 inputP25 No.3 power line — AC230V-10A.
Parallel 3 data inputP25 No.3 data line.

P25-T — 400 V three-phase box

Hitama P25-T three-phase parallel box front view: mounting hook, AC400V-10A output, breaker protection window, six parallel input ports — Front

Mounting hookHang the P25 units on the box.
EnclosureThe three-phase box — ready out of the crate.
Parallel output · AC400V-10AThree-phase — the only feed to the load.
Mounting stopHolds the box in place on the ground.
Protection device areaThe breakers, behind a protected window.
Parallel 1 input · L1P25 No.1 power line — AC230V-10A.
Parallel 1 data inputP25 No.1 data line.
Parallel 2 input · L2P25 No.2 power line — AC230V-10A.
Parallel 2 data inputP25 No.2 data line.
Parallel 3 input · L3P25 No.3 power line — AC230V-10A.
Parallel 3 data inputP25 No.3 data line.

Optional accessory

Put the sun to work. A 400 W folding panel clips into the P25 solar input — charge on site, no mains. Parallel two of them: 800 W into the station.

Hitama 400 W folding solar panel for the P25 — unfolded four-section panel, folded case with orange handle, and a 3 m MC4 cable

Optional

Folding Solar Panel 400 W

One panel, 400 W. Folds flat, carries by hand, plugs into the P25 solar input. Parallel two panels — 800 W charging the station together.

Max. power (Pmax): 400 W
Voltage at Pmax (Vmp): 72 V
Current at Pmax (Imp): 5.56 A
Open-circuit voltage (Voc): 86.4 V
Short-circuit current (Isc): 5.89 A
Max. system voltage: 1000 V
Connector: MC4
Frame: ETFE
Protection: IP54
Weight: 9.1 kg
Size, folded: 612 × 590 × 50 mm
Size, unfolded: 2230 × 590 × 25 mm
Operating temperature: -40 °C to +70 °C
In the box: 3 m connection cable

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For dealers and rental fleets

OEM and ODM: we work with partners on these projects — from custom logo printing to adapted configurations.
For rental, robustness counts: dust-tight connectors, no fuel logistics, no downtime for refuelling.
Tell us the loads, the voltage and the quantity — we confirm feasibility, required tooling and lead time.

Why not diesel

No exhaust in pits, adits and enclosed processing plants.
No fuel transport to the site — the item that costs the most effort at remote stations.
No cold start in frost, no clogged fuel filter.
Fanless cooling without an intake: stone dust cannot block the cooling path.

Data sheet and dealer terms

Three details are enough for a sizing: which loads run continuously, what voltage they need, and how often someone is on site to recharge.

Frequently asked questions

The questions buyers actually ask before a first order — answered with numbers from our own datasheets, not from a brochure.

What determines sizing in a quarry?

Dewatering first: it runs through, including at night, and sets the energy demand. Peak power follows from the tools, not the other way round.

How often must it be recharged?

That depends on daily energy demand and the charging route. At remote stations the route is the real criterion — if nobody drives out, a generator stays sensible.

Why is dust the main issue here?

In crushing plants and on stockpiles every intake clogs. Fanless cooling is therefore a prerequisite, not equipment.

Can dewatering and tools run in parallel?

Yes, with two units in parallel. A single unit that only just covers the continuous load trips when the tool starts.