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Navy Gas Turbine Engine Remote Monitoring and Diagnostics Dave Weeks GBA 573 Summer 2002
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SAIC ► San Diego Headquarters ► 40,000 Employees ► $6.1 B FY02 Revenue ► Fortune 500 ► 60% DOD – 40% Commercial ► Employee Owned ► Autonomous Units
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Navy Gas Turbines - 2,500 Kilowatts - 25,000 Horsepower
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886 Navy Gas Turbines
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What’s the Problem? ► Material readiness unknown ► Condition deteriorating ► Total cost of ownership inflation ► Navy training focuses on operations not repair or diagnostics ► Manning Reductions ► Flood with data vice info ► Average tech experience: 10 engines
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What’s the Solution? ► Proactive Preventative Diagnostics Automated trend analysis. ► Remote monitoring capability. Routine health. Real time casualty. ► Shore based diagnostics from experts. ► Maintenance recommendations to the ship and repair yard - real time. ► Average tech experience: 1,000 engines
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Mature Technologies ► 2,500 Airline Engines ► 200 Commercial Power Stations ► World Wide Satellite Connectivity ► Established Diagnostic Centers
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Teaming brings specialization - General Electric - Lockheed Martin - Harris - Globalstar and Iridium - SAIC
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System Architecture
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3 Months
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Costs ► Installation Fixed Firm Price $400K ► Service $75K year ► 1 engine per 10 ship overhaul avoidance. Savings $20M per year ► Experience ► Readiness Gain
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Assumptions ► Satellite Availability ► Transmit Limitations ► Install Team 8 People ► Monitoring Team 7 People ► Estimate Based on San Diego Ships
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Growth Potential ► Maintenance Organization ► Coast Guard ► Commercial ships ► Foreign Navies ► Military aircraft ► Off shore platforms ► Remote power stations and equipment ► Navy non gas turbine systems
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Measurement of Success ► Service renewal ► Additional ships ► Meet timeline ► Profit ► Retain the Team
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