Phase-aware rated power
12,000 W / VA rated three-phase, 11,000 W single-phase and 10,000 W split-phase.
All systems
DRIVELONG
EU SYSTEM
THREE-PHASE · 7,680 Wh
12 kW rated three-phase power for demanding work on site.
A professional 7,680 Wh LiFePO4 Power Station with 12,000 W / VA rated three-phase output and documented configurable charging for construction, industry and temporary power.
12 kW7,680 Wh · three-phase
DRIVELONGEU SYSTEM
RENTAL AVAILABILITY
Check your rental period.
€138.00 per day
€474.00 per week
€250.00 deposit · incl. VAT
KEY POINTS
Designed for an energy profile that goes beyond the standard.
Protection & transfer
Unit IP53, battery pack IP66 and transfer time ≤10 ms.
Configurable charging
AC, generator and EV charging up to 7,000 W; additional charging functions are optional.
Parallel & battery expansion
Optional parallel output for two matching EP12000iL units; EP12000B extra batteries are sold separately.
THREE-PHASE CONSTRUCTION POWER
12 kW three-phase construction power, matched to work on site.
Use the EP12000iL as a starting point for a temporary 400 V power setup. The configurator preloads 12 kW continuous output and 24 kW peak output so the discussion can focus immediately on your real load, connections and runtime.
Start 12 kW configurationFor three-phase loads
A focused starting point for machines, pumps and temporary construction power where 400 V and high start-up peaks come together.
Peak output made visible
The prefill uses 12 kW continuous output and up to 24 kW peak output as a practical starting point for your request.
Discuss runtime early
Tell us how many hours the load must run so we can assess storage, charging and any scaling required for the site.
- Storage capacity
- 7.680 Wh
- Rated output
- 12,000 W / VA rated three-phase · 11,000 W / VA single-phase · 10,000 W / VA split-phase
- Peak output
- 24,000 W / VA peak three-phase · 22,000 W single-phase · 20,000 W split-phase
- Battery
- LiFePO₄ · 7,680 Wh · 150 Ah (51.2 V) · 5,000 cycles to ≥80% capacity
- Protection rating
- Unit IP53 · battery pack IP66
- Transfer time
- ≤10 ms
- Solar input
- High-voltage MPPT: 200–650 VDC / 2×22 A three-phase; up to 7,500 W battery charging. Optional low-voltage solar: 12–150 VDC, up to 1,200 W
- Charging options
- AC/generator or EV charging up to 7,000 W (about 70 min). Driving, DC, wind and DC Quick Charger are optional
- AC output
- Pure sine wave · THD <3% · 50/60 Hz · three-phase 220/380, 230/400 or 240/415 V
- DC & USB outputs
- XT90 12 V/30 A · cigarette port 12 V/10 A · 2× 5521 12 V/6 A · USB/QC3.0/2× USB-C PD140W · 2× wireless 5–15 W
- Parallel & battery expansion
- Optional AC parallel: 2 EP12000iL units with matching rated voltage/frequency, max. 24 kW. EP12000B: 11,776 Wh; up to 31 units (source: total 372 kWh)
- Dimensions
- 840 × 670 × 490 mm
- Weight
- 100 / 110 kg
PRACTICAL RUNTIME
How long can this system run as an indication?
Add the equipment you intend to use. The calculator totals the output and uses your simultaneous-use factor plus a 15% practical energy reserve.
Equipment list
Enter each device’s rated power draw in watts.
Common starting valuesIndicative values: always check your own equipment’s rating plate and any start-up peak.
Add at least one device with an output to see an indication.
Indication only, not a guarantee. Actual runtime depends on load profile, temperature, state of charge, connections and charging opportunities.
Discuss this loadAPPLICATIONS
Built for the reality on site.
Every installation starts with the work that must keep running. That is why we look beyond wattage alone.
Discuss your applicationPower planning. Review peak load, connections and runtime in advance.
Charging strategy. Combine grid charging, solar and mobile charging options where appropriate.
Continuity. Choose a setup that fits your critical power requirement.
PRODUCT IN CONTEXT
