Googol INDUSTRIAL ENGINES

In Production

Googol QTAA10V-EG1670

Q Series

The Googol QTAA10V-EG1670 is a 53.8-litre V10 diesel engine for generator sets, rated at 1,875 kVA / 1,500 kWe standby power at 1,500 RPM (50 Hz). It is a air-air-cooled engine built in China.

Googol QTAA10V-EG1670|MEGA-POWER CLASSIFICATION
GENSET ARCHITECTURE: V1053.8 L
HEAVY-DUTY GENSET INTEGRATION PLATFORM
POWER CLASSIFICATION1875 kVA
ELECTRICAL OUTPUT1500 kWe
FUEL SYSTEMDiesel
READY FOR TURNKEY PACKAGING

Standby Power

1875 kVA

Electrical Output

1500 kWe

Cylinders / Config

V10

Displacement

53.8 L

Rated Speed

1,500 RPM

ISO 8528 Power Ratings

Power Factor: 0.8 pf

kWm = mechanical engine shaft power · kWe = electrical output · kVA = apparent electrical power.

50 Hz Grid Frequency1500 RPM
Operating DutykWm (Mechanical)kWe (Electrical)kVA (Rating)
Prime150013501687.5
Standby1666.715001875

Mechanical & Electrical Specifications

BrandGoogol
ModelQTAA10V-EG1670
SeriesQ Series
ConfigurationV10
Cylinders10
Displacement53.8 L
Dry Weight4472 kg
Dimensions (L×W×H)2476 × 1950 × 2340 mm
Fuel TypeDiesel
Ignition TypeCompression Ignition
Cooling MethodAir-Air
Emissions StandardChina National Stage III / Unregulated
Country of OriginChina

Frequently Asked Questions

What is the power output of the Googol QTAA10V-EG1670?

The Googol QTAA10V-EG1670 is rated at 1,875 kVA standby / 1,688 kVA prime at 50 Hz (1,500 rpm).

Does the QTAA10V-EG1670 run at 50 Hz or 60 Hz?

The Googol QTAA10V-EG1670 is rated for 50 Hz (1,500 rpm).

What fuel does the Googol QTAA10V-EG1670 use?

The Googol QTAA10V-EG1670 is a diesel generator-set engine.

What is the displacement and cylinder configuration of the QTAA10V-EG1670?

The Googol QTAA10V-EG1670 is a V10 (10-cylinder) engine with a displacement of 53.8 L.

Is the Googol QTAA10V-EG1670 still in production?

Yes — the Googol QTAA10V-EG1670 is a current production model.

Is a datasheet available for the QTAA10V-EG1670?

Yes — an official Googol datasheet for the Googol QTAA10V-EG1670 can be downloaded from this page.

Sibling & Competing Engine Models