Kawasaki GPB 80 is the 7.8MWe open cycle, single shaft type gas turbine which comprise of 11 stage axial flow compressor and 4 stage axial turbines. The gas turbine generator set consists of gas turbine engine, engine control system, generator and the package auxiliary system such as reduction gear, coupling, lubrication, starting and turning system. It is equipped with a dual ignition and six can combustion system. There are 2 types of model for this series which is GPB80 (conventional diffusion) and GPB80D (dry low emission).The applicable fuel for GPB80 is Natural Gas and Diesel Oil. Alternatively, the GPB80 series can be operated on dual fuel system.
GPB80D
Gas Turbine Generator Set
Light weight cogeneration system for Industrial Application
Best for: Industrial sector, Oil and Gas sector
Summary
The GPB80D is the generator package model which houses M7A-03 Gas turbine model.
GPB80D Specifications
| Specifications | Output |
|---|---|
| Electrical Output | 7,660 kW |
| Heat Rate | 10,830 kW |
| Exhaust Gas Temperature | 525 ℃ |
| Exhaust Gas Mass Flow | 97.3 x10³ kg/hr |
| HRSG Steam Output | 17 x10³ kg/hr |
| Total Thermal Efficiency | 83.1% |
| NOx (02 : 15%) | 9*/15 |
| Approximate Package Dimension (L,W,H) | 11.5 x 2.8 x 3.6 |
| Approximate Package Weight (dry) | 58 |
Nominal Performance
- Elevation 0m
- Inlet air temperature 15℃
- Inlet air pressure loss 0.98kPa
- Exhaust gas pressure loss 2.94kPa
- LHV of Natural Gas Fuel(100% CH4) 35.9MJ/Nm³
- Typical Steam Condition: Steam pressure 0.83MPaG, Steam temperature(saturated) 177℃, Feed water temperature 80℃, Blowdown from HRSG 0%
*Option
Note: Mark “D” means Dry Low Emission
Typical Layout Drawing
for Cogeneration with GPB80D : mm
Sales Process
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Consultation
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Installation
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