GPB60/60D (5.5MW Class)

gpb60d_package

Ideal for reliable on-site base load power generation requiring from 4.5 MW to 5.2 MW for co-generation applications.
The GPB60/60D is based on Kawasaki's proven M7A heavy duty industrial gas turbine with over 15 years of commercial experience and proven reliability.  At 5.4 MW (ISO), it is ideal for cogeneration applications in offshore oil platforms, industrial process plant applications, hospitals, universities / colleges, prisons, district energy systems, life-science and bio-science facilities, and other facilities with large thermal and electrical loads.  The Kawasaki Industrial Gas Turbine Generator Unit provides the benefit of a large thermal capability to provide a co-generation system efficiency of 82% and a long service life of 32,000 EOH between overhauls.

gpb60d_engine

A Closer Look

 

The GPB60D is suited for geographic areas requiring emissions control, with NOx emissions of 35 ppm (O2=15%) and CO emissions of 50 ppm (O2=15%) from 70-100% load, using Kawasaki's multiple nozzle DLE (Dry Low Emissions) fuel injection combustion system.

More GPB Series Gas Turbines
Download More Information

GPB60 Family Performance - IP Units(Switch To SI Units)
Inlet Air Temp. Electric Output Thermal Output Fuel Input CHP Efficiency HRSG Steam Output Exhaust Temp. Exhaust Flow
°F kWe kWt kWt % lb/hr °F lb/s
GPB60 CHP Performance
32 6,091 9,968 20,529 78.2 32,630 993 50.3
59 5,534 9,766 19,175 79.8 31,970 1,009 48.0
86 4,629 9,477 17,077 82.6 31,020 1,045 43.3
104 4,016 9,227 15,688 84.4 30,210 1,075 40.1
GPB60D CHP Performance
32 5,807 11,046 19,527 86.3 36,160 997 49.8
59 5,276 10,911 18,229 88.8 35,720 1,012 47.5
86 4,408 10,608 16,233 92.5 34,730 1,048 42.8
104 3,820 10,305 14,914 94.7 33,740 1,078 39.6

Units Weights and Dimensions GPB60/60D - IP Units (Switch To SI Units)
Dimension (L,W,H) Weight
inches lbs
410 x 79 x 142 112,500


Fuel:
GPB60: Gas Fuel, Liquid Fuel, Dual Fuel -- GPB60D: Gas Fuel, Liquid Fuel

Note:

Performance based on:

4 inch H2O intake / 10 inch H2O exhaust pressure losses
Sea level elevation
120 psig (8.3 barG) Steam Pressure
176 oF (80 oC) Feed-water Temperature
Natural Gas Pressure of 300 psig (20.7 barG)

  • Contact Kawasaki Engineering for site-specific performance
  • Performance is not guaranteed

Standard Equipment Special Features
  • M7A-01 (GPB60) / M7A-01D (GPB60D) heavy duty industrial single shaft gas turbine engine
  • Reduction gearbox with main lube oil pump and turning motor
  • VFD Motor starting system
  • Indoor enclosure, sound attenuated to 85 dBA, with lighting, ventilation, chain block and rail for maintenance
  • 4.16 kV generator, air cooled, open drip proof type, with sleeve bearings and brushless PMG exciter
  • Heavy-duty I beam steel base-frame for the turbine engine, primed and painted
  • Lube oil system includes gear driven main lube oil pump, duplex filters, air cooled lube oil heat exchanger, motor driven vent demister, tank integrated into the base-frame with oil heater, lube oil filter and lube oil cooler
  • Fuel gas system with shut-off block and bleed valves
  • State-of-the-art PLC control
  • Inlet filter house with weather louvers, and 2 stage static depth loading box type filter system using water resistant synthetic media
  • Enclosure designed for 85 dBA noise attenuation includes fan forced ventilation system with CO2 dampers and maintenance access doors
  • Engine Removal I beam with rolling trolley and chain lift
  • Battery system ( lead acid) with battery charger for coast down lube oil pumps and jacking motor
  • Exhaust flex joint, and exhaust ducting
  • Engine compressor water wash cart
  • Proven Heavy Duty Industrial Design
  • High Efficiency
  • Option: Fire and gas detection with CO2 suppression system
  • Option: Dual fuel system for operation on both gas and liquid fuels
  • Option: Generator Voltages from 4.16 kV to 13.8 kV
< Go to Top >