Siemens Large Scale Gas Turbines: Product Portfolio for 50 ... Wenn... · All rights reserved. Page 1 Brussels, ... SGT-8000H References ... 800 850 0 50 100 150 200 250 300 350 400

© Siemens AG 2013. All rights reserved.Page 1 Brussels, April 18th, 2013 Norbert Wenn @ COGEN Europe Annual Conference & Dinner

SGT6-2000E

SGT5-2000E

SGT6-5000F

SGT5-4000F

Output in MW @ ISO conditions

292

200

168

113

375SGT5-8000H

Siemens Large Scale Gas Turbines:Product Portfolio for 50 Hz and 60 Hz

SGT6-8000H 274


NEW! German “KWK”- support scheme

0%

50%

100%

Full Load Operating hours [h]

Financial benefit[Mio.-EUR]

10.000 20.000 30.000

500 MW

400 MW

300 MW

200 MW

100 MW

Typical winter operation mode

1x SCC5-3000E 1S

Realistic operation mode

1x SCC5-8000H 1S

Electr. CHP output

Typical winter operation mode

1x SCC5-8000H 1S

Technological maximum

1x SCC5-8000H 1S

The new „KWK“ legislation has a major benefit for large scale CHP-plants

KWK= Kraft-Wärme-KopplungCHP= Combined Heat and Power

Process steam

extraction

Extraction for district

heating

Example:100%= 585 MW @ 5000h and 2.1 c/kWh relates to >50‘€/a or >200‘ in total


World power generation

Coal

Oil

Gas

Nuclear

Hydro

2030

36.7

34%

21%

14%

15%

13%

2010

21.0

42%

21%

13%

15%4%

WindOnshore 40%

11%Solar PV

21%

Solar CSP6%

Geothermal4%

Biomass, Waste

17%

Ocean1%

+2.8% p.a.

Natural gas maintains share in power generation portfolio resulting in growing absolute consumption

1000 TWh

5%

3%

Renewables

Siemens base Case scenario 2011

Wind Offshore

Gas is seen as widely available and the basis of growth for future fossil power plants

Primary energy demand by fuel

0

1

2

3

4

5

1980 1990 2000 2010 2020 20302035

Btoe

Oil

CoalGas

Biomass

NuclearOther renew.Hydro


Several countries are expected to follow North American shale gas boom

Worldwide Shale Gas resources estimated to be more than 6600 tcf 60 years of consumption*

Source: The Royal Society – Shale gas extraction in the UK

Trillion cubic feet

*: 2009 world natural gas consumption according to EIA


SCC5-8000H 1S optimized for combined heat and power achieves over 80% fuel utilization

Fuel

util

izat

ion

fact

or,

[%]

Elec

tric

al e

ffici

ency

, [%

]

+20%-pt.

Thermal to electrical power ratio [%]

3 stage steam extraction1 stage steam extraction

= Fuel utilization factor

= Elec. efficiency

=Heat power + elec. Power

Fuel power =

Elec. power output

Fuel power


Fuel utilization factor (Brennstoffausnutzungsgrad)

Fuel utilization factor = (Heat Load + Electric Power Output) / Fuel Power

Duct firing is used to increase heat generation

© Siemens AG 2013. All rights reserved.Page 7 Brussels, April 18th, 2013 Norbert Wenn @ COGEN Europe Annual Conference & Dinner2011-11-10 Angebotspräsentation Lausward Page 77

Steam extraction from side of LP-TurbineSCC5-8000H; District Heating Applications

Steam extraction from LP Turbine


Steam extraction from cross-over pipe

Steam extraction from side of LP-turbine

Steam Turbine design modified to support highest efficient steam extractionat very low electricity losses

District Heating Applications, Example SCC5-8000H 1S


Status: January 2013

22 SGT5/6-8000H gas turbines sold

Ulrich Hartmann – Irsching 4, Germany1x SCC5-8000H 1S, >17.800 EOHCape Canaveral / Riviera Beach, Florida, USA2x SCC6-8000H 3x1, COD 05/2013, COD 05/2014Bugok 3, South Korea1x SCC6-8000H 1S, COD 08/2013Ansan, South Korea1x SCC6-8000H 2x1, COD 10/2014Andong, South Korea1x SCC6-8000H 1S, COD 03/2014Lausward, Germany1x SCC5-8000H 1S CHP, COD 02/2016Posco Power 2, South Korea3x SCC6-8000H 1S, COD 05/2014, 08/2014, 11/2014Daegu City, South Korea1x SCC6-8000H 1S, COD 11/2014Prai, Malaysia 2x SCC5-8000H 1S, COD 2016Port Everglades, Florida, USASCC6-8000H 3x1, COD 2016Samsun. Turkey1x SCC5-8000H 1S, COD 2016

SGT-8000H References Efficiencies above 60% net

E F ES SGEA EURA NWEG / BAConfidential

Plant Layout Lausward Block F(latest Revision)

Fernwärmegebäude

Maschinen-trafos (110kV)

Benson-Abhitzekessel

Gas-versorgung

Maschinenhalle

E F ES SGEA EURA NWEG / BAConfidential

2011-11-10 Angebotspräsentation Lausward Page 11

Umsetzung SCC5-8000H 1S am Standort Lausward Blick in die Maschinenhalle

Transportgang

Gasturbine

Luftansaugung

Generator Kupplung

Kombinierte HD-MD/ND-Turbine

Kondensator


416 MW GUD SCC5-4000F 1+1 with district heatingKraftwerke Mainz-Wiesbaden 3, Germany

Kraftwerke Mainz-Wiesbaden 3 (Germany)Concept: Multi Shaft SCC5-4000F Output (nat. gas, site) : 416 MWEfficiency (nat. gas, site): 58.5 %Fuel efficiency >70%District Heating: max. 250 MWth COD: 2001Fuels: Natural GasCustomer: KMW AG

© Siemens AG 2013. All rights reserved.Page 13 Brussels, April 18th, 2013 Norbert Wenn @ COGEN Europe Annual Conference & Dinner11.05.2010 So gut sind GuD !Page 13

383 MW GUD SCC5-4000F 1S with district heatingDonaustadt, Österreich

*Performance data in condensing mode

Donaustadt 3 (Austria)Concept: Single Shaft SCC5-4000FOutput (nat. gas, site)* : 383 MWelEfficiency (nat. gas, site)*: >58 %Fuel efficiency > 86,5%District Heating: max. 250 MWthCOD: September 2001Fuels: Natural GasClient: Wienstrom GmbH


827 MW Combined Cycle Power Plant SCC5-4000F 2+1 with Heat ExtractionSimmering BKW 1/2 Repowering, Austria

Simmering BKW 1/2 Repowering (Austria)Concept: Multi Shaft SCC5-4000F (Repowering of existing steam turbine)Output (nat. gas, site) : 827 MWEfficiency (nat. gas, site): 57.4 %Fuel efficiency 81%District Heating: max. 450 MWth COD: February 2009Fuels: Natural GasClient: Wienstrom GmbH

Operating Range

050

100150200250300350400450500550600650700750800850

0 50 100 150 200 250 300 350 400 450Thermal Output [MJ/s]

Elec

tric

al O

utpu

t (gr

oss)

[MW

]

2 GT, no ST

2 GT + ST

1 GT, no ST

1 GT + ST

Operating Range

050

100150200250300350400450500550600650700750800850

0 50 100 150 200 250 300 350 400 450Thermal Output [MJ/s]

Elec

tric

al O

utpu

t (gr

oss)

[MW

]

2 GT, no ST

2 GT + ST

1 GT, no ST

1 GT + ST


Nuon Power Generation B.V.CCPP/ CHP Hemweg, Netherlands

Project awarded on March 30, 2010

to Siemens Energy Fossil Power Generation as EPC Turn Key

Performance:Net Power Output : 433 MWNet Heat Rate: 6059 kJ/kWh(Net Efficiency: 59,4%)

Emissions:NOx: 16 mg/m³CO: 80 mg/m³CO2: < 335 g/kWh

Others:District Heating Capability of 100 MWth


Concept: 2 x Single Shaft SCC5-4000F 1SNet Power Output*: 838 MWNet Efficiency*: ~ 59.6% (unit 10)

~ 58.7% (unit 20)District Heating: max. 400 MWth

Fuel efficiency: ~81%COD: June 2012Fuel: Natural Gas*Performance data in condensing mode at different cooling technology

Copyright: Fotostudio Pachernegg, Graz

Verbund Thermal Power GmbHGDK Mellach, Austria (2 x SCC5-4000F 1S)


0 50 100 150 200

Fuel

util

izat

ion

fact

or,

[%]

Elec

tric

al e

ffici

ency

, [%

]

Thermal power output [MW]

~59%

+22%-pt.

>81% = Fuel utilization factor

= Elec. efficiency

=Heat power + elec. Power

Fuel power =

Elec. power output

Fuel power

SCC5-4000F 1S Optimized for Combined Heat and PowerAchieves over 81% Fuel Utilization at Mellach


Siemens high efficient H-class CCPP solution enables significant CO2 emissions reduction

~ 115 - 175% CO2 emission reduction due to lower carbon content of natural gas and higher efficiency with our SCC5-8000H

Spezifische CO2 - Emissionen verschiedener Kraftwerkstypen

0,15

0,94

0,73

0,33

0

0,2

0,4

0,6

0,8

1

Lignite Plant,State-of-the-Art

Hard Coal Plant,State-of-the-Art

CCPP SCC5-8000H

CCPPSCC5-8000H

with CHP(300MWth)

kg/kWhel, netto

kg/kWhel + kWhth, netto

η≈ 46% η≈ 60 - 61%

η= Netto Efficiency

η≈ 43%

CO2 savings:5 Mill tons/year/

1100 MW*

(*) per 1100 MW unit power output and 7500 operation hours/a

Quelle: Umweltbundesamt: klimaschutz und Versorgungssicherheit – Entwicklung einer nachhaltigen Stromversorgung, Climate Change 13/2009, Dessau-Roßlau 2009


Flexible Generation TechnologyMarket drivers for operational flexibility @ highest efficiency

Wirkungsgrad

OnDemand

Netz-Stabilisierung

Rapid availability High Load

Gradients

Stable operation in case of grid incidents Frequency

Support

Highest efficiency through the whole load range Optimized start up and shutdown operation


The German „Energiewende“: Experiment, Disaster or role model?


Combination of frequency response, start up times and emissions…

…are showing that most modern CCPPs are the best choice as back up power

Nuclear Power Plant CCPP F-class (Siemens)

Coal fired Power Plant

10%/min

60%/min

6%/min

>60%/min

8%/min

180%/min

CCPP H-class (Siemens)

9%/min

180%/minSecondary frequency responsePrimary frequency responseHot Start up Time

120 min

150 min

30 min 35 min

Documents

Siemens Large Scale Gas Turbines: Product Portfolio for 50 ... Wenn... · All rights reserved. Page 1 Brussels, ... SGT-8000H References ... 800 850 0 50 100 150 200 250 300 350 400