  |
Ideal for industrial power generators demanding reliable base load power generation requring from 5 to 6 Mw's in areas that do not require reduced engine emissions The GPB60 is ideal for use in plants requiring from 5 to 6 MW's of power in areas that do not have emissoins restrictions. It offers simple cycle electrical efficiency of 29.6% and an overall Cogeneration thermal efficiency of 80.7%. This plant is ideal for use in non-regulated emissions free zones in: industrial process plants, hospitals, Hotels, Universities,shopping malls and office complexes using district heating and cooling, pharmaceuticals, LNG Terminals, electrical utilities, and other facilities with significant thermal and electrical loads. |
|
A Closer Look
The GPB60 is ideal for base load applications requiring from 5 to 6 Mw's of electrical power in areas that do not require emissions controls. It is ideal for use in cogeneration applications (CHP). Applications include: Electric utilites, industrial process plants, hospitals, Universities, shopping malls and office complexes incorporating district heating and cooling systems, pharmaceuticals, LNG Terminals, electric utilities, ship yards, miniing opertions, and other facilities with significant thermal and electrical loads.
|
More GPB Series Gas Turbines
Download More Information |
| 100% Load Performance vs temperature - US Customary Units (Switch To Metric) | ||||||||
| Inlet Air Temp. | Electric Output | Fuel Consumption | Exhaust Temp. | Exhaust Flow | HRSG Steam | Thermal Efficiency | inlet air flow | |
| F | kW | kW | °F | lbs/ sec | lbs/hr | % | scfm | |
| 59 | 5,410 | 18,456 | 1018 | 35,270 | 32,560 | 80.7 | 47,000 | |
| 32 | 5,930 | 19,753 | 1,003 | 49.8 | ||||
| 77 | 4,803 | 17,122 | 1,042 | 44.5 | ||||
| 86 | 4,507 | 16,453 | 1,055 | 43 | ||||
| 95 | 4,207 | 15,783 | 1,069 | 41.4 | ||||
| Units Weights and Dimensions - US Customary Units (Switch To Metric) | ||
| Dimension (L,W,H) | Weight (dry) | |
| feet | lbs | |
| 34 L x 6.5 W x 11.7 H | 112,200 | |
Fuel:
Natural Gas fuel , NOx Reduction: Dry Low Emission, NOx: 23 ppm, CO: 25 ppm, VOC: 2.0 ppm
Note:
Performance shown herein is based on 4inch and 10 inch H2O intake/exhaust pressure losses
DLE is available from 50–100% load
Sea level site
* Contact Kawasaki Application Engineering for site-specific performance
* Not for guarantee
|
Standard Equipment
|
Special Features
|