generator 300kW

generator 300kW

Standby Power (kW)
385
Prime Power (kW)
300
Fuel Type
Diesel
Frequency
50Hz
Speed
1500RPM
Alternator type
Brushless Self-Exitation
Powered by
CUMMINS

GENERATOR SET SPECIFICATIONS

Standby Power (kW)
385
Prime Power (kW)
300
Frequency
50Hz
Speed
1500RPM

ENGINE

Powered by
CUMMINS
Engine Model
NTAA855-G7
Prime Power (kW)
343

ALTERNATOR

High Efficiency

Brushless Self-Exitation

GENERATOR SET STRUCTURE

open type/silent type/trailer mobile

This genset is powered by Cummins NTAA855-G7 inline six-cylinder turbocharged air-to-air aftercooled diesel engine, delivering 300kW prime power at 50Hz with rated speed of 1500r/min. Mechanical injection combined with air-to-air aftercooler improves intake density with sufficient power reserve and excellent heavy-load endurance. It supports long-term continuous prime-power operation, standby power supply and heavy-duty project rental duties. Available in open-frame, silent canopy, containerized and trailer-mounted forms, it fits 300kw aftercooled diesel genset, heavy load industrial power skid and large site rental power unit for large mining bases, big infrastructure projects, heavy building-material processing plants and large industrial supporting works. It withstands sustained heavy loads and frequent large-amplitude load fluctuations.

The proven mechanical injection delivers reliable performance with universal spare parts and good fuel compatibility for easy field maintenance. Calibrated for 50Hz power standards, it generates minor voltage-frequency disturbance under large step-load input and achieves fast output recovery for stable power quality. Reinforced large-displacement cylinder block and heavy forged-steel crank-connecting-rod assembly bring high rigidity and long anti-fatigue service life. Large-capacity water cooling and multi-stage heavy-duty dust-proof intake adapt to harsh hot-dusty field surroundings. Complete electrical protection system offers alarm and automatic shutdown for high temperature, low oil pressure, overload and overspeed. Ample service space reduces full-lifecycle maintenance pressure for high-power gensets.

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