SGT-500 (GT35)

TURBOKRAFT invigning
KTH, 2007-02-28
Sören Ramström, VD, Siemens Industrial Turbomachinery AB
1
A bit of Swedish history
1496-1540 Iron mill in Finspång; Royal mill 1560
1620 Manufacture of cannons started
1641 Louis de Geer I bought the mill & property
1668-1685 Louis de Geer II built Finspång House
1742 Louis de Geer III added the two wings
1768 JJ de Geer marries Aurora Taube
1832 Orangery added to the park
1850 Carl Ekman master of Finspång House
1913 HQ for Finspång turbine industry
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Product eras
• History based on innovations
• Full competence for product development
• Flexibility & Adaptability
• Increased speed of change
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Development history - MGT
The development of gas turbines in the
15-50 MW range continues to be enhanced
GTX100
GTX100
45
45MW
MW
GT35
GT35A/B/C
A/B/C
9-17
MW
9-17 MW
GT120
40-70 MW
One
One railroad
railroad car
car power
power
station,
2400
kW.
station, 2400 kW.
Three
Threeaero
aeroengines
engines
Skuten/Dovern/Glan,
Skuten/Dovern/Glan,
1500/3000/5000
1500/3000/5000lbs
lbs
thrust
thrust
1940
Legend:
GT200
85 MW
GT35P
16 MW
GTT
sstt G
e
g
e
rg
’’ss llaar
d
l
d
r
o rl
W
Wo
1950
1960
Suspended products
GT140P
70 MW
GT10
GT10A/B
A/B
22-25
MW
22-25 MW
1970
1980
1990
Special purpose products
GT10C
GT10C
29
29MW
MW
2000
Active
Activesales
salesproducts
products
4
Long industrial history
5
Finspong
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Test facilities
Component Test Rig
- turbine blading
Material testing
facilities
Turbine test
Fluid dynamic
Combustion test
- multiple and single
burner
Technology Development
Engine test
beds
Product Development
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Steam turbines 60-180 MW
SST-900 (ST5): single casing turbines
SST-700 (ST6): dual casing turbines
Finspång:
Global responsibility for
steam turbines 60-180 MW
for combined cycle plants,
as well as supplying
individual turbines for
power genertion.
SST-900 RH (ST6-ST5) in reheat configuration
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Gas turbines 15 - 50 MW
SGT-600 (GT10B): 25 MW, 34%
SGT-500 (GT35): 17 MW, 32%
SGT-700 (GT10C): 29 MW, 36%
SGT-800 (GTX100): 45 MW, 37%
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SIT applications
• Power generation
• Co-generation
• Combined cycle
• Combined cycle/co-generation
• Mechanical drive
Utilities, IPPs and MPPs, Industry, Oil & Gas,
Onshore/offshore, Marine
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Rya Reference Plant
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TURBOKRAFT
Varför är TURBOKRAFT viktigt för SIEMENS?
• Siemens vill medverka till omställningen till ett uthålligt energisamhälle
• Medverkan i externa forskningsprogram är en del av Siemens
strategi för
- teknisk utveckling och forskning
- långsiktig kompetensförsörjning
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