GPB17/17D (1.7MW Class)

kawasaki_gpb17d

Ideal for reliable on-site base load power generation requiring from 1200 kW to 1700 kW for co-generation applications.
The GPB17/17D is based on Kawasaki's proven M1A heavy duty single combustor gas turbine with over 20 years of commercial experience and proven reliability.  At 1690 kW (ISO), it is ideal for cogeneration applications in offshore oil platforms, data centers, industrial process plant applications, hospitals, universities / colleges, prisons, district energy systems, life-science and bio-science facilities, and other facilities with 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 approaching 80% and a long service life of 32,000 EOH between overhauls.

gpb17d_engine

A Closer Look

The GPB17D is suited for geographic areas requiring emissions control, with NOx emissions of 25 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.

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GPB17/17D CHP 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
32 1,906 3,502 6,958 77.7 11,470 952 19.3
59 1,631 3,368 6,280 79.6 11,030 978 17.6
86 1,363 3,273 5,668 81.8 10,720 1,013 16.0
104 1,199 3,233 5,303 83.6 10,580 1,040 14.9

GPB17/17D Units Weights and Dimensions – IP Units (Switch To SI Units)
Dimension (L,W,H) Weight
inches lbs
236 x 73 x 100 25,400


Fuel:
For use with gas fuels

Note:

Performance based on:

4 inch and 10 inch H2O intake/exhaust pressure losses
Sea level site
120 psig (8.3 barG) Steam Pressure
176 oF (80 oC) Feed-water Temperature
Natural Gas Pressure of 200 psig (13.8 barG)

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

Standard Equipment Special Features
  • M1A-17D heavy duty industrial single shaft gas turbine engine
  • Reduction gearbox and gearbox-to-generator coupling
  • Utilizes Kawasaki's multiple nozzle DLE (Dry Low Emissions) fuel injection combustion system.
  • Steel I beam base skid with integral lube oil tank, primed and painted with anchor bolts
  • Indoor enclosure includes maintenance access doors, with fan forced ventilation system, maintenance access doors, sound attenuated to 85 dBA, with lighting and ventilation
  • 4160 V generator open drip proof type design with grease packed ball bearings
  • Gear driven Lube oil main pump, duplex lube oil filters , with air-to-oil coolers and coast down lube oil tanks
  • Natural gas fuel system
  • Inlet air house with weather louvers, and two stage static depth loading box type filters using water proof synthetic media
  • Exhaust expansion bellows/ joint, duct work,
  • VFD - soft start AC motor start system
  • State-of-the-art PLC control - Allen Bradley
  • Fire and gas detection systems with CO2 bottle fire suppression system
  • Engine removal maintenance I beam with rolling trolley and chain lift
  • Water wash cart for engine air compressor cleaning
  • Proven Single Combuster - Heavy Duty Industrial Design
  • High Reliability
  • Low Maintenance
  • Option: Black start system utilizing high pressure air
  • Option: Pre-wired Enclosed Electrical Support System for All Major Unit Electrical Systems, including: Main Generator 52G Output Breaker, Motor Control Center, Turbine Starting VFD, Turbine and Generator control panels (including automatic synchronization system), batteries and charger, fire and gas detection systems
  • Option: Fuel flow metering
  • Option: Generator Voltages from 480 Volts to 13,800 Volts, 50 or 60 Hz
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