MGT6000 Einzelwelle

Typical applications

Gas turbine generator units are

operated for e.g. emergency and

black start applications, on off-shore

platforms (with adapted package

design) mainly in simple cycle

mode. 

For CHP1) applications (most common)

gas turbine generator units are

operated in combination with a heat

recovery unit for different heat

processes, resulting in e.g.

– Power, Steam Generation

– Power, Hot Water Generation

– Power, Steam & Chilled Water

– Power, Steam & Hot Water

CHP applications are beneficial for

various industries such as food

processing, pulp & paper, breweries,

automotive, etc. having demand for

Heat and Power.

CHP processes provide increased

efficiencies and reduced CO2

emissions compared to conventional

power & heat generation.

Overall CHP efficiencies reach 90%

and higher depending on the heat

process. 

Gas turbine

– Heavy duty, single shaft

– 11 stage air compressor

– 6 combustion chambers

multi-can, ACC2) combustors

– 3 stage turbine

Load gear

– Planetary gear type

– Speed reduction to 1,500 rpm (for

50Hz) or 1,800 rpms (for 60Hz)3)

– Drive for main lube oil pump

– Torque transmission of electric

starter motor for gas turbine

start-up

Generator

– 4 pole, 3 phase, synchronous

generator with built-in exciter,

rotating rectifier and permanent

magnet pilot generator (PMG)

– Direct air cooled

– Insulation class F / temperature

rise class B

Controls

– All electrical cabinets installed on

skid in air-conditioned control

compartment

– Gas turbine control system

- Gas turbine control & protection

- Unit sequencing

- Human machine interface (HMI)

- Alarm management

– Generator control & protection

system

- Automatic synchronization

- Automatic voltage regulator (AVR)

- Generator protection relay

– Low voltage distribution system

- AC power supply for all electrical

 consumers

– Turbine starting system

- Variable frequency drive (VFD)

– Uninteruptable power supply

system

- Buffered with batteries

- DC supply for emergency lube oil

 pump

- AC supply for electrical panels

– Data storage system

- Long term data archive

- Event logger

– Plant control system interface

- Modbus TCP interface

- Others optional

Documentation

– Engineering documents

– Installation manual

– Operating instructions

– Quality documentation

Factory acceptance test of turbine

– Core engine

full-speed, full-load

Complete unit test3)

– Full-speed, full-load

– Full-speed, no-load

Package

– Fully-integrated for outdoor

installation

– Noise emission

- All equipment is designed for

 LpA = 85 dB(A) measured in 1 m

 distance and 1.5 m height

- LpA = 803), 753), 703) dB(A)

– Single-lift base frame

- With integrated lube oil and

 fuel system

– Starting system

- Variable frequency drive for gas

 turbine starter motor

– Integrated lube oil system

- Main lube oil pump driven via

 load gear

- Standby lube oil pump

 (AC motor driven)

- Emergency lube oil pump

 (DC motor driven)

- Water to oil cooler

- Air to oil cooler3) (free standing)

- Integrated lube oil tank

- Lube oil tank heater

- Lube oil filter

- Control valves

- Oil mist separator

– Fuel system

- Fuel gas system

- Double block and bleed valves

- Control valves

- Dual fuel system3)

– Air inlet system

- Static depth loading cartridges

- Filtration class:

Pre-filter: G4,

Fine-filter: F9 (E113))

- Static filter3) with anti-icing3)

- Free standing filter house3)

– Exhaust system

- Transition duct up to interface at

 enclosure for connection to optional

 downstream exhaust system

– Enclosure

- Complete package for outdoor

 installation

- Fire detection and CO2

fire-fighting system

- Water-mist fire-fighting system3)

- Gas leakage detection

- Maintenance cranes

– Turbine compressor cleaning system

- Offline and online washing

- Mobile wash trolley3)