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Lockheed Martin MS2Renewable Energy Overview

April 19, 2010

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Knolls Atomic PowerLab (KAPL)

Schenectady, NY

Missiles and Fire ControlArchbald, PA

Missiles and Fire ControlChelmsford, MA

Commercial Space Systems

Newtown, PA

Maritime Systems & Sensors

Marion, MA

Advanced Technology LabsInformation Systems & Global

ServicesCherry Hill. NJ

Info Systems & Global SvcsNorristown, PA

Transportation and Security SolutionsAtlantic City, NJ

Mission ServicesGreenbelt. MDInformation Systems &

Global ServicesGaithersburg, MD

Information Technology HQSeabrook, MD

Mission ServicesSpringfield, VA

Maritime Systems & SensorsInformation Technology

Baltimore, MD

Systems Integration - OwegoOwego, NY

Maritime Systems & SensorsSyracuse, NY

Lockheed Martin CanadaKanata, Ontario

Lockheed Martin CanadaMontreal, Quebec

Information TechnologyCleveland, OH

Maritime Systems & SensorsAkron, OH

Maritime Systems & SensorsRiviera Beach, FL

Maritime Systems & SensorsTransportation and Security Solutions

Eagan, MN

Maritime Systems & SensorsManassas, VA

Enterprise Information SystemsSimulation, Training and Support

Missiles and Fire ControlOrlando, FL

Maritime Systems & SensorsClearwater, FL

Missiles and Fire ControlOcala, FL

AeronauticsMarietta, GA

Space SystemsHuntsville, AL

Kelly Aviation CenterInformation Technology

San Antonio, TX

Information TechnologyNew Orleans, LA

Information TechnologyRichland, WA

Space OperationsStennis Space Center, MS

Missiles and Fire ControlGrand Prairie, TX

Mission ServicesHouston, TX

Information Systems & Global Services

Information TechnologyMission Services HQColorado Springs, CO

UK Integrated SystemsHavant, England

LM Aircraft ArgentinaCordoba, Argentina

AeronauticsPalmdale/Edwards AFB, CA

Information Systems & Global SvcsSan Jose, CA

Space SystemsMission Services

SaviEnterprise Info Sys

Sunnyvale, CA

Space Systems, Advanced Technology

CenterPalo Alto, CA

Corporate Staff/OtherAeronautics

Electronic SystemsInformation Systems & Global Services

Space Systems

Missiles and Fire ControlCamden, AR

Logistics ServicesGreenville, SC

Space SystemsMichoud Operations

Michoud, LA

Space Systems Silverdale, WA

Sandia National LabsLivermore, CA

Information Systems & Global SvcsSanta Maria, CA

Space SystemsMission Services

Vandenberg AFB, CA

PAE, a Lockheed Martin CoLos Angeles, CA

Information Systems & Global SvcsMaritime Systems & Sensors

San Diego, CA

AeronauticsEdwards AFB, CA

Information Systems & Global SvcsGoodyear, AZ

Information TechnologySandia National Labs

Albuquerque, NM

UK Integrated Systems

& SolutionsFarnham, England

UK INSYS LimitedAmpthill, Bedfordshire,

England

Lockheed Martin United KingdomLondon, England

Aeronautics HQEnterprise Information Systems

Ft. Worth, TX

Information Systems & Global Services

Space Systems HQMission Services

Enterprise InformationSystems

Denver, CO Metro Area

Missiles and Fire Control

Troy, AL

Information TechnologyClarksburg, WV

InformationTechnologyAtlanta, GA

Space SystemsMission Services

Cape Canaveral, FL

Space SystemsKings Bay, GA

Information TechnologyTampa, FL

Shared ServicesLakeland, FL

Maritime Systems & SensorsEnergy & Homeland Sec Svcs

Moorestown, NJ

Information Systems & Global Services

Information TechnologyArlington, VA

Corporate HeadquartersElectronic Systems HQ

Bethesda, MD

Transportation and Security Solutions

Rockville, MD

Information Systems & Global Services

Hanover, MD

Maritime Systems & SensorsInformation Technology

Baltimore, MD

Information Systems & Global SvcsSpace Systems

Enterprise Information SystemsKing of Prussia, PA

Maritime Systems & Sensors

Mitchel Field, NY

Corporation at a GlanceLocations with >200 Employees

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LM Energy Business Portfolio

IS&GSElectronic Systems Aeronautics

Efficiency Business Utility Technical &

Engineering Services Smart Grid IT & Business Services

Hanford Site M&OSavannah River Labs

Sandia National Labs Solar (CSP & PV) Ocean Thermal Wave Biomass/Biofuels Fuel CellsNuclear Command &

Control Systems Microgrids Storage & Advanced

Material Technologies

Aircraft Energy Technology

Military Fuel Efficiency

Advanced Biofuels Skunk Works®

Advanced R&D

Efficiency & Management Renewable & Alternative Power Generation Monitoring & Mitigation

Space Systems

Space Based Climate Monitoring Exploration

Terrestrial-Based Climate Monitoring

Space Solar Power Exploration

Advanced Concepts R&D

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LM Energy GenerationTechnology R&D Systems Engineering &

Program ManagementModeling & Simulation

Sourcing / Procurement Information Systems Process Optimization

Tools to Partner with Industry to Deliver Affordable Renewable Energy

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Why Lockheed Martin?Bringing Engineering Rigor To Utility Scale Renewable Energy

Experience & Innovation– Advanced Modeling & Simulation– Full Scale SCA Prototype– Focused Research & Development– Results-Driven Innovation– World-Class Systems Engineering– Program Management– Operations & Maintenance

Commitment– Internal funding of R&D projects

CSP, PV, BioEnergy, Nanotechnology, Ocean Thermal, Ocean Wave, etc.

– Internal funding of prototypes Full scale (solar collector assembly) Others funded / planned

LM is committed to Renewable Energy

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Solar Field Experience • Technical Activities - General• Full-Scale Prototype• Tools• Production Performance Modeling• Requirements Definition• Solar Collector Assembly Design • Heat Transfer Fluid System• Programmatic / Procurement Activities

Solar Field Experience

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Solar Field Technical Activities

Production Performance Modeling– Design optimization– Sensitivity analysis

Solar Collector Assembly Design– Design requirements developed– Key components analyzed and selected

• SCA size: 100 meters long (nominal)• Mirror type / reflectivity• Heat collecting elements (receivers) • Frame type / stiffness, alignment, etc.• Drive assembly / tracking system

– Structural / Mechanical Analyses• Thermal loads• Wind loads• Alignment

– Solar Collector design / assembly drawings– Short specifications for components

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Solar Field Technical Activities (continued)

• Heat Transfer Fluid System Design– Basic pipe routing, pipe sizing,

pump head calculations – Stress analysis / expansion

loop design– Expansion tank volume– Process Flow Diagrams

• General Arrangement – Solar Field– Addressed significant grading & drainage challenges – Pylons & Foundations– Spacing for Roadways, Mirror-Washing

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Full Scale Prototype Developed: SolSTES

• SolSTES (Solar System Test and Evaluation Site) is a 100M Solar Collector Assembly installed at the LM MS2 facility in Moorestown NJ

• Commissioned April 2009

• SolSTES was developed to provide risk reduction for:– Validate component level performance– Validation of system level performance– Integration / constructability– Alignment tolerances

SolSTES Prototype Provides Risk Reduction

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SolSTES

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Lockheed Martin as a Solar Field Provider

• Experience & Innovation

– Full Scale Solar Collector Assembly Experience / Prototype

– Advanced Performance Modeling Capabilities

– Requirements-Driven SCA Design |and Component Selection

– 6Σ SCA Assembly Analysis

– Supplier Evaluations

– Results-Driven Innovation

– World-Class Systems Engineering

– Commitment to Research & Development in Renewable Energy

LM has mature understanding of Solar Field DesignLockheed Martin Proprietary Information

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Market Research &Development

• Design engineering• Technology trades (R&D)• System integration and test• Verification • Validation

EngineeringAssembly

Construction

• Environmental surveys• Electrical• Heavy machinery• Bulk construction• Precision assembly

EnergyEfficiencyServices

• Consulting• Energy strategy planning• Demand response• Performance contracting• Advanced metering

• Procurement• Manufacturing• Commercialization • Process optimization• Quality assurance

Making Green Jobs a Reality…

LM is Emerging a Leader in Green Energy Jobs

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Federal Policy Issue Areas for Utility Scale Solar : Passage of a Federal Renewable Portfolio Standard

Manufacturing tax credits for renewable energy devises and equipment

Creation of a DOE Renewable Energy Pilot / Demonstration Project Funding Program

Extension of the ARRA renewable energy incentives Treasury Department grant in lieu of ITC program Energy Department loan guarantee program

Streamline NEPA EIS/EA process for projects on BLM land and or projects with DOE loan guarantees

Federal Economic Incentives are Needed to Drive Utility Scale Projects

Drives Projects

Closes Projects

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Conclusion

• Energy Independence is a key national security driver for the US and our Allies

• Lockheed Martin has a diverse portfolio in RE activities

• Keenly poised to execute utility scale solar power with existing technology and new/innovative technology insertion

• Robust federal support and legislation is needed to drive renewable energy markets

Lockheed Martin Proprietary Information