FT8® SWIFTPAC®

Aero-Derivative Gas Turbine

Thorough modularization

Only 1 month for installation
Offshore power generation

Lightweight and compact
High performance not requiring a governor

Free Turbine
Mechanical drive market

Optimal capacity

FT8^® SWIFTPAC^® Gas Turbine Package

The FT8^® SWIFTPAC^® gas turbine package offers 30 or 60 MW of power. The package design includes an enclosed driver assembly incorporating the gas generator, power turbine, exhaust collector box, inlet plenum, and lube system. These factory-assembled modules allow the FT8^® SWIFTPAC^® power plant to generate power in less than 30 days after arriving on site.

Features
Specifications
Arrangement
Solution
Delivery Record

Features

Site installation work is reduced by use of standard factory assembled modules.
No cooling water equipment is required; installable in inland areas, etc. where water is difficult to arrange
Fully automated operation; fully operable at unattended sites
Suitable for barge power generation and offshore power generation
The free turbine construction of the power turbine (PT) enables a configuration independent of an air compressor, allowing use for pipeline gas compressors requiring variable rotating speed control and a driving pump with mechanical drive.

Specifications

Output	SWIFTPAC^®30	60 Hz/50 Hz:31 MW
Output	SWIFTPAC^®60	60 Hz/50 Hz:62 MW
Fuel	Dual Fuel (Gas/Oil)
Starting Time	<10 minutes (cold start to full power)
Cooling Method	Air Cooling
Type of Generator/ Voltage of SWGR	Open-ventilated Air Cooling/ 15 kV
NOx Control	Water Injection
Air Cooling	Yes
Starting Method	Hydraulic
Type of Ignition	Electric Spark
Turning	Unnecessary
Enclosure	Outdoor
Power Turbine	Free Turbine
Reduction Gear	Unnecessary
Condensing Operation	Yes (without clutch)

Configuration(SWIFTPAC® 30)

		50 Hz	60 Hz
Compressor		Axial, multi-stage
Combustor		Cannular
Turbine		Axial, multi-stage
Rotor		Build-up
Output（PT）		Free
Speed	rpm	3,000	3,600
Gas Turbine	Dimension	5m×2m×3m
Gas Turbine	Weight	13t

Performance (SWIFTPAC®30)

		50 Hz	60 Hz
ISO Base Rating	kW	30,748	30,892
Efficiency	%	36.4	36.6
LHV Heat Rate	kJ/kWh	9,900	9,841
LHV Heat Rate	Btu/kWh	9,383	9,327
Exhaust Flow	kg/s	92	92
Exhaust Temp.	℃	494	491
Exhaust Temp.	F	922	916
Ramp Rate	MW/min	15	15
Starting Time	Min	<10	<10

Configuration (SWIFTPAC®60)

		50 Hz	60 Hz
Compressor		Axial, multi-stage
Combustor		Cannular
Turbine		Axial, multi-stage
Rotor		Build-up
Output (PT)		Free
Speed	rpm	3,000	3,600
Gas Turbine	Dimension	5m×2m×3m
Gas Turbine	Weight	13t

Performance (SWIFTPAC®60)

		50 Hz	60 Hz
ISO Base Rating	kW	61,607	62,086
Efficiency	%	36.4	36.8
LHV Heat Rate	kJ/kWh	9,882	9,792
LHV Heat Rate	Btu/kWh	9,366	9,281
Exhaust Flow	kg/s	184	184
Exhaust Temp.	℃	494	491
Exhaust Temp.	F	922	916
Ramp Rate	MW/min	30	30
Starting Time	Min	<10	<10

Arrangements

Output	SWIFTPAC^®30 / SWIFTPAC^®60:31MW/62MW
Fuel	Dual Fuel (Gas/Oil)
Starting Time	<10 minutes (cold start to full power)
Type of Generator	Open-ventilated Air Cooling
Cooling Method	Air Cooling

Solution

A system (FT8^® SWIFTPAC^® 60) with two gas turbines in twin configuration driving one generator helps reduce the construction unit cost and installation area per output.
Individual smaller HRSG/SCR recommended for each engine.
The free turbine construction of the power turbine (PT) eliminates the need for reduction gears and helps reduce the capacity of the lubricating oil equipment while improving performance.
No clutch is needed during synchronous condensing operation (control of system voltage by monitoring).