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Ideal for reliable on-site base load power generation requiring from 1 to 1.5 Mw's in areas requiring a "Green" engine: reduced engine exhaust emissions requirements. Ideal for cogeneration, peak shaving and load management applications
The GPB15D is based on Kawasaki's proven heavy duty single combustor engine platform with over 20 years of commercial experience and proven reliability. It is designed for installation in areas requiring reduced engine emissions. At 1.4 Mw's it is well suited for base load use in: Hotels and Hospitals, Universities / colleges, institutions, office complexes, high rise condominium complexes, shopping malls with heating and cooling CHP loads, Ethanol plants, City subway and electric rail systems, pharmaceuticals, aquariums/ museums, and other facilities with thermal and electrical loads.
Our gas turbine engine design incorporates many features and benefits not typically found on industrial gas turbines of this size. Our GPB15D unit enjoys availability and reliability of 98%. |
A Closer Look
The GPB15D is well suited for use in areas requring reduced engine emissions (see our GPB15 for use in areas that do not have emissions constraints) . offers 78% cogeneration efficiency
- NOx emissions of 14 ppmv and CO emissions of 50 ppmv (O2=15%) at full load
- Optimized ratings suit a variety of applications, including on-site generation, cogeneration, peak shaving and load management
- Design incorporates many features and benefits not typically found on industrial gas turbines of this size
- Based on a Kawasaki heavy-duty engine platform with over 20 years of commercial experience and proven reliability
- Engineered specifically for long service intervals 32,000 EOH time between overhauls, low maintenance and rapid installation
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More GPB Series Gas Turbines
Download More Information
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| °F |
kWe |
MMBtu/hr |
lb/hr |
MMBtu/hr |
% |
% |
% |
| 32 |
1,635 |
22.9 |
11,900 |
11.9 |
24.4 |
58.1 |
76.2 |
| 59 |
1,450 |
20.9 |
11,200 |
11.2 |
23.7 |
53.8 |
77.5 |
| 86 |
1,250 |
19.2 |
11,000 |
11.0 |
22.3 |
57.4 |
79.7 |
| 104 |
1,115 |
18.1 |
10,900 |
10.9 |
21.1 |
60.2 |
81.3 |
| C |
|
kJ x 1000 / hr |
kilograms / hr |
kJ x 1000 / hr |
|
|
|
| 0 |
1,635 |
24.10 |
5,409 |
12.526 |
24.4 |
58.1 |
76.2 |
| 15 |
1,450 |
22.0 |
5,090 |
11.79 |
23.7 |
53.8 |
77.5 |
| 30 |
1,250 |
20.21 |
5,000 |
11.58 |
22.3 |
57.4 |
79.7 |
| 40 |
1,115 |
19.05 |
4,955 |
11.47 |
21.1 |
60.2 |
81.3 |
| deg F |
kws E |
lbs /hr |
lb/ sec |
lb/ sec |
deg F |
| 32 |
1,635 |
25,304 |
18.72 |
19.11 |
978 |
| 59 |
1,450 |
23,094 |
17.35 |
17.77 |
994 |
| 86 |
1,250 |
21,215 |
16.03 |
16.48 |
1,018 |
| 106 |
1,115 |
20,000 |
15.12 |
15.66 |
1,036 |
| deg C |
kws E |
kgs /hr |
kgs /sec |
kgs /sec |
deg C |
| 0 |
1,635 |
11,500 |
8.51 |
8.69 |
526 |
| 20 |
1,450 |
10,497 |
7.89 |
8.08 |
534 |
| 30 |
1,250 |
9,640 |
7.29 |
7.49 |
548 |
| 40 |
1,115 |
9,090 |
6.87 |
7.12 |
558 |
Gas (905 BTU/scf), NO
x Reduction: Dry Low Emission, NO
x: 25 ppm, CO: 50 ppm, VOC: 2.0 ppm
4/14" intake/exhaust pressure loss
DLE is available from 50-100% load
Sea level
Generator efficiency: 96%
Required gas pressure: 300 psig
*Contact Kawasaki Application Engineering for site-specific performance
* Not for guarantee
Standard Equipment
- MIA-13D heavy duty industrial single shaft gas turbine engine
- Reduction gearbox and gearbox-to-generator coupling
- Utilizes our multi-fuel nozzle dry low emissions system
- Steel I beam base skid with integral lube oil tank, primed and painted with anchor bolts
- Indoor enclosure inlcudes maintenance access doors, with fan forced ventilation system, maintenance access doors, sound attenuated to 85 dDA, 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 sysnthetic 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
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Special Features
- Proven Heavy Duty single combustor Industrial Design
- Option: Black start system utilizing high pressure air
- Option: Self cleaning pulse type inlet air filters
- High Reliability
- Low Maintenance
- Option: Inlet air chilling for increased power output. KGTA offers; evaporative cooling systems, and mechanical chilled water systems to increase turbine power output in warm environments
- Option: Dual fuel system to burn either liquid or gas fuels
- Option: Fuel gas booster compressor system. KGTA offers both reciprocating and screw type compressor systems skid mounted with knock out filters
- Option: Pre-wired Extended electrical I beam skid for mounting all unit major electrical systems inlcuding: 52G output breaker, MCC, VFD, turbine and gen control panels, batteries and charger, fire and gas detection systems
- OPtion : 52G power output vaccum breaker, MCC\'s, auto syncronizing sytem
- Option: Gas Fuel "Knock -out " filter skid with either simplex or duplex Indufil skid mounted filter systems
- Option: Fuel flow metering
- Option: Other generator voltages ranging from 480 V to 4160 Volts, 50 or 60 Hz
- Option: Exhaust steam end inlcuding: duct work, HRSG, FW pump skid, diverter valve, and stack
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