
Since the very first jet engine of Japan was made back in 1945, IHI had produced more than 5000 jet engines. With the knowledges and technologies gained through the experiences over 60 years of operation in the field of aero-engines, resulted to introduce this IM270, which is the original gas turbine with low emission combuster type that has the highest reliability and performance in the world.
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1.Flexible heat and power conversion "IHI-FLECS", available. When the demand for heat is small due to a change in the thermoelectric load of the user, excessive heat can be converted effectively to electric power by injecting excessive steam into the gas turbine. |
2.High efficiency IM270 is a simple cycle, one shaft gas turbine developed by IHI independently, and it has achieved a power generating efficiency of the highest level for this class, even without steam injection. With steam injection, the electric power output and power generating efficiency can be increased. |
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3.Compact System Using IHI self-developed packaging (IPAC), minimum space is required for installation. |
4.Low NOx concentration As a lean premixed burner was adopted in IM270, it became a gas turbine with very low NOx emission, even without steam injection. With steam injection, NOx becomes even lower at the rate of 10 ppm (converted to 16% O2) with the maximum steam injection has been achieved. |
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5.Rich in experience, high in reliability Structure made simple with fewer parts, and earning the trust of higher reliability by applying IHI´s dependable aero-engine technology to protect the exhaustible hot section. |
6.Small vibration and noise reduction for the environment Since gas turbine is the engine with circular motion with a minimal vibration which makes vibration measurement easily planned for temporary or/and foundation work and having high frequency makes the noise reduction for the better environment |
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7.Total low cost for the user Overall functions of the plant have been reviewed, based on the fundamentals, to make standard specifications and optional specifications clear. As a result, it became possible to offer the optimum system with the minimal total cost for the user. |
Fuel Type:Natural Gas
| Fuel Type | Natural Gas | |||
|---|---|---|---|---|
| Frequency | 50Hz/60Hz | |||
| System | Simple Cycle | Cogeneration | ||
| Power Enhancement at High Ambient Temp. | N/A | Inlet Air Cooling | N/A | Inlet Air Cooling |
| Power Output | 2,000kW | 2,000kW | 2,000kW | 2,000kW |
| Heat Rate | 14.17MJ/kWh | 14.17MJ/kWh | 14.17MJ/kWh | 14.17MJ/kWh |
| Efficiency at generator terminal | 25.4% | 25.4% | 25.4% | 25.4% |
| Efficiency for heat recovery | - | - | 53.3% | 53.3% |
| Total thermal efficiency | - | - | 78.7% | 78.7% |
| NOx(O2=16%) | 20ppm | 20ppm | 20ppm | 20ppm |
*Condition/Ambient Temp:15℃ Atmospheric Pressure:1013hPa Relative Humidity:60% Steam Pressure:0.78MPa Feed Water Temp:60℃ Voltage:6600V/3300V
*The above performance data is based on the New&Clean condition.
| Fuel Type | Natural Gas | |||
|---|---|---|---|---|
| Frequency | 50Hz/60Hz | |||
| System | Variable Heat and Power (IHI-FLECS) | |||
| Power Enhancement at High Ambient Temp. | N/A | Inlet Air Cooling | ||
| Power Output | Electricity Max. | Steam Max. | Electricity Max. | Steam Max. |
| 2,500kW | 2,000kW | 2,500kW | 2,000kW | |
| Heat Rate | 12.77MJ/kWh | 14.46MJ/kWh | 12.77MJ/kWh | 14.46MJ/kWh |
| Efficiency at generator terminal | 28.2% | 24.9% | 28.2% | 24.9% |
| Efficiency for heat recovery | 29.7% | 51.7% | 29.7% | 51.7% |
| Total thermal efficiency | 57.9% | 76.6% | 57.9% | 76.6% |
| NOx(O2=16%) | 20ppm | 20ppm | 20ppm | 20ppm |
*Condition/Ambient Temp:15℃ Atmospheric Pressure:1013hPa Relative Humidity:60% Steam Pressure:0.78MPa Feed Water Temp:60℃ Voltage:6600V/3300V
*The above performance data is based on the New&Clean condition.

Fuel Type:Kerosene
| Fuel Type | Kerosene | |||
|---|---|---|---|---|
| Frequency | 50Hz/60Hz | |||
| System | Simple Cycle | Cogeneration | ||
| Power Enhancement at High Ambient Temp. | N/A | Inlet Air Cooling | N/A | Inlet Air Cooling |
| Power Output | 2,000kW | 2,000kW | 2,000kW | 2,000kW |
| Heat Rate | 14.34MJ/kWh | 14.34MJ/kWh | 14.34MJ/kWh | 14.34MJ/kWh |
| Efficiency at generator terminal | 25.1% | 25.1% | 25.1% | 25.1% |
| Efficiency for heat recovery | - | - | 52.3% | 52.3% |
| Total thermal efficiency | - | - | 77.4% | 77.4% |
| NOx(O2=16%) | 70ppm | 70ppm | 70ppm | 70ppm |
*Condition/Ambient Temp:15℃ Atmospheric Pressure:1013hPa Relative Humidity:60% Steam Pressure:0.78MPa Feed Water Temp:60℃ Voltage:6600V/3300V
*The above performance data is based on the New&Clean condition.
| Fuel Type | Kerosene | |||
|---|---|---|---|---|
| Frequency | 50Hz/60Hz | |||
| System | Variable Heat and Power (IHI-FLECS) | |||
| Power Enhancement at High Ambient Temp. | N/A | Inlet Air Cooling | ||
| Power Output | Electricity Max. | Steam Max. | Electricity Max. | Steam Max. |
| 2,500kW | 2,000kW | 2,500kW | 2,000kW | |
| Heat Rate | 12.81MJ/kWh | 14.52MJ/kWh | 12.81MJ/kWh | 14.52MJ/kWh |
| Efficiency at generator terminal | 28.1% | 24.8% | 28.1% | 24.8% |
| Efficiency for heat recovery | 30.2% | 52.2% | 30.2% | 52.2% |
| Total thermal efficiency | 58.3% | 77.0% | 58.3% | 77.0% |
| NOx(O2=16%) | 70ppm | 70ppm | 70ppm | 70ppm |
*Condition/Ambient Temp:15℃ Atmospheric Pressure:1013hPa Relative Humidity:60% Steam Pressure:0.78MPa Feed Water Temp:60℃ Voltage:6600V/3300V
*The above performance data is based on the New&Clean condition.


| No | Name | No | Name |
|---|---|---|---|
| 1 | Gas Turbine & Generator Package | 2 | Heat Recovery Steam Generator |
| 3 | Economizer | 4 | Gas Compressor |
| 5 | GT Inlet Filter | 6 | GT Ventilation air Inlet |
| 7 | GT Ventilation Air Outlet | 8 | Ducting for Exhaust Gas |
| 9 | Boiler Aupply Water Pump Unit | 10 | Bellow for Exhaust Gas |
| 11 | Stack | 12 | Boiler Blow Down Unit |
| 13 | Generator Breaker Panel | 14 | Low Voltage Auxiliary Panel |
| 15 | Gas Turbine Control Panel | 16 | Monitoring System |
| 17 | Nox Meter |