Public / Private Partnerships in Energy - OECD · Public / Private Partnerships in Energy Power...

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Power Generation 1 PG CTET / Morehead Public / Private Partnerships in Energy Joint Mexico-OECD Conference on International Public / Private Partnerships for Innovation Puerto Vallarta, Mexico 2-3 December 2002 Public / Private Partnerships in Energy Power Generation 2 PG CTET / Morehead December 3, 2002 Joint Mexico-OECD Conference on International Public / Private Partnerships for Innovation, Puerto Vallarta, Mexico High-voltage connection Medium-voltage connection Segmenting of the World Market for Power Plants 10 kV 110 kV Microturbines PEM SOFC Small hydro plants 4 GW/a Renewable energy 2 GW/a Nuclear energy 5 GW/a Diesel 9 GW/a Small fossil-fired power plants 16 GW/a GT/ CC SPP Hydropower 12 GW/a Decentralized Centralized > 100 MW Low-voltage connection Large fossil-fired power plants 70 GW/a GT/ CC STPP < 100 MW Electric Power Plant Technologies in 2020 Public / Private Partnerships in Energy Power Generation 3 PG CTET / Morehead December 3, 2002 Joint Mexico-OECD Conference on International Public / Private Partnerships for Innovation, Puerto Vallarta, Mexico Power Plant Technology Innovation Must Continue TECHNOLOGY TOOLKIT Power Plant Technology Drivers New competitive situation T ime Performance Efficiency Emissions Life Cycle Costs Advanced materials Casting and coating technologies Improved fluid dynamics design tools Improved combustion Improved manufacturing techniques Improved maintenance methods

Transcript of Public / Private Partnerships in Energy - OECD · Public / Private Partnerships in Energy Power...

Power Generation 1

PG CTET / Morehead

Public / Private Partnerships in Energy

Joint Mexico-OECD Conference on International Public / Private Partnerships for InnovationPuerto Vallarta, Mexico2-3 December 2002

Public / Private Partnerships in Energy Power Generation 2

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High-voltageconnection

Medium-voltageconnection

Segmenting of the World Market for Power Plants

10 kV

110 kV

MicroturbinesPEM SOFC

Small hydro plants 4 GW/a

Renewable energy2 GW/a

Nuclear energy5 GW/a

Diesel 9 GW/a

Small fossil-firedpower plants 16 GW/a

GT/CC

SPP

Hydropower12 GW/a

Decentralized Centralized> 100 MW

Low-voltage connection

Large fossil-firedpower plants 70 GW/a

GT/ CC

STPP

< 100 MW

Electric Power Plant Technologies in 2020

Public / Private Partnerships in Energy Power Generation 3

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Power Plant Technology Innovation Must Continue

TECHNOLOGYTOOLKIT

Power Plant Technology Drivers

New

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T ime

Performance

Efficiency

Emissions

Life Cycle Costs

� Advanced materials

� Casting and coating technologies

� Improved fluid dynamics design tools

� Improved combustion

� Improved manufacturing techniques

� Improved maintenance methods

Public / Private Partnerships in Energy Power Generation 4

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Public / Private Partnerships at Siemens Power Generation

� United States� US Department of Energy

�Gas Turbine R&D� Fuel Cell R&D�Materials R&D

� NIST-ATP�Materials R&D

� Canada� NRC

�Manufacturing R&D� Europe

� 5th Framework Programs� Power Plant R&D�Gas Turbine R&D� Steam Turbine R&D

� German State Programs�Materials R&D

Advanced Gas Turbine

Advanced Steam Turbine

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US DOE / Siemens Westinghouse Advanced Turbine Systems Program

� Program Highlights

� 1991-2001

� $ 124 M ($ 77M DOE, $ 47M Siemens Westinghouse)

� Lead by Siemens Westinghouse

� Dozens of Organizations Involved in Program Including:

�National Labs

�Universities

�Small Businesses

�DOD Test Facilities

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High Efficiency ATS Compressor

Advanced Brush Seals

ATS Row 4 Blade

Advanced Combustion Technology

3D Aero Technology

High Temperature TBC and Abradable coatings

First application of Closed-loop steam cooling in IGT

IGT - Industrial Gas TurbineTBC - Thermal Barrier Coating

Advanced Turbine Systems Technologyin Operation

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DOE ATS Partnership Program Successes

� Lowered New Technology Risk by Verifying Technology

� 100 Gas Turbines Currently Operating with a Combination of ATS Technologies

� More Gas Turbines will Enter Service Over the Next Few Year with ATS Technology

� Lower Emissions

� Lower Cost of Electricity

0

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ATS engine portion

ATS Technology in Current GasTurbine Products

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0.430

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US NIST-ATP / Siemens Westinghouse Cost Effective Blade Manufacturing Program

� Program Highlights

� 1995-1998

� $ 3.8 M (51/49 cost share)

� Lead by Siemens Westinghouse

� Other Program Team Member

� PCC Airfoils

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NIST-ATP Single Crystal Bonding Program

� Land Based Gas Turbines need Single Crystal Materials to Achieve Better Operating Efficiency

� Single Crystal Blades Only Successfully Made in Small Sizes for Aircraft Engines

� Power Generation Industry Can Not Afford Similar Development Program

� Bonding Expected to Lead to 80% Yields (a significant cost reduction)

Grain Boundary & Freckle Defects in Single Crystal Casting

Bonding Smaller Parts with Same

Properties

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NIST-ATP Partnership Program Successes

� Program Demonstrated Technology Worked

� Bonding Demonstrated on Real Blades

� Materials Properties Verified

� Technique is Being Further Developed for Production Environment

� Other Applications Identified and Being Pursued

Bonded Blade from Two Blade Halves

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US DOE / Siemens Westinghouse Fuel Cell Program

� Program Highlights

� 1991 - 2002�$309M ($159M DOE, $150M Industry)

� 2002 - 2005

�$26M ($17M DOE, $9M Industry)� Siemens Westinghouse Lead Supported by:

�Electric Utilities

�Gas Utilities�Chemical Energy Companies�Component Suppliers�Small Businesses

�Universities

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Tubular SOFC Module Assembly

Cell Bundles Generator 110 W 3 kW 250 kW

Cells to Bundles to Modules

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100 kWe SOFC Power System in Essen, Germany

Internal natural gas reforming Electrical efficiency: 47% Total Efficiency: > 85%Operation hours: > 20,000 Environmental: no SOx; no CO

NOx < 0.ppmLife-time expectation: 50,000 to

100,000 hrsMinimal performance loss

Reliability: > 98%

Internal natural gas reforming Electrical efficiency: 47% Total Efficiency: > 85%Operation hours: > 20,000 Environmental: no SOx; no CO

NOx < 0.ppmLife-time expectation: 50,000 to

100,000 hrsMinimal performance loss

Reliability: > 98%

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220 kWe PSOFC/GT Hybrid System in Irvine, CA

PH300 In Production

PH300 in ProductionCommercial CHP250 in Design

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DOE Fuel Cell Partnership Successes

� Atmospheric Cogeneration (CHP) Prototypes� 250 kWe – Kinectrics (Ontario Hydro) –

2002

� 250 kWe – BP Alaska – 2003

� 250 kWe - Stadtwerke Hanover - 2003

� 250 kWe – CO2 Separation – Norske Shell – 2004

� 250 kWe - Combined Cooling, Heat & Power - EPA Ft. Meade - 2005

� Other 250 kWe Cogeneration Systems

� Pressurized SOFC/GT Hybrid Prototypes� 300 kWe – RWE, Germany – 2002� 300 kWe – Edison SpA, Italy – 2003For More Information:

www.siemenswestinghouse.com/en/fuelcell

A New Fuel Cell Factory Several Demonstration Programs

Factory to Open in 2004

Program Validated New Technology and Lowered the Cost of First Demonstrations Leading to:

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In the Power Generation Market, New Technology is Key to Lower Cost of Electricity and Emissions in the Future

TECHNOLOGYTOOLKIT

� Advanced materials

� Casting and coating technologies

� Improved fluid dynamics design tools

� Improved combustion

� Improved manufacturing techniques

� Improved maintenance methods

CapitalCost

Operation&

MaintenanceCost

Efficiency 0

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Indiscates ATS engine portion

ATS Technology in G, F, and D engines

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Availability

Lower Emissions

Lower Cost of Electricity

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Lessons Learned

� Public / Private Partnerships do Fill the R&D Funding Gap by Helping to:

� Accelerate Deployment of Technology� Increase The Numbers of High Tech Jobs� Lower Emissions from Power Plants

� Public / Private Partnerships do Give New Technologies a Chance to Succeed by:

� Lowering the Cost of First Time Demonstrations of Technology� Mitigating the Business Risk of New Technology

� Public / Private Partnerships Need to Continue Because:� New Technology Risk and Cost of Development will always be a

Challenge to Deal with in a Competitive World