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June 2010 Approved for Public Release Doerry 1 NGIPS and Product Lines in Transitioning Technology to Naval Ships Dr. Norbert Doerry Technical Director, SEA 05 Technology Group SEA05TD [email protected] 202-781-2520

June 2010Approved for Public Release Doerry 1 NGIPS and Product Lines in Transitioning Technology to Naval Ships Dr. Norbert Doerry Technical Director,

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June 2010 Approved for Public Release Doerry

1

NGIPS and Product Lines inTransitioning Technology to Naval Ships

Dr. Norbert DoerryTechnical Director, SEA 05 Technology Group

[email protected]

202-781-2520

June 2010 Approved for Public Release Doerry

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Technology

“The practical application of knowledge especially in a particular area”

Merriam-Webster Dictionary

June 2010 Approved for Public Release Doerry

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Technology Transition

3

SCIENCE & TECHNOLOGY SYSTEM DEVELOPMENTTRL 2 to 3TRL 1 to 2

BA 1Basic

Research

BA 2Applied

Research

BA 3Advanced

TechnologyDevelopment

BA 5 and BA 7System Development and Demo

& Operational System Dev

SHIP ACAT PROGRAM MILESTONES: A B C

BA 4Advanced

Comp Dev &Prototypes

TRL 9+TRL 8TRL 4 to 5

MaterialSolution Analysis

TechnologyDevelopment

Engineering &Manufacturing Development

Production &Deployment

References

DoDD 5000.01 20 Nov 2007DoDI 5000.02 12 Dec 2008

DoD FMR7000.14-R(June 2006)

TRL 5 to 7

ONR PEO / SYSCOM

ACTUAL SYSTEMPROTOTYPE

Technology Creation

Product Development

Ship Integration

Technology transitions

MRL 1 to 2 MRL 2 to 4 MRL 4 MRL 5-7 MRL 8 MRL 9-10Manufacturing Readiness

Level Deskbook Draft 3 Jan 2010

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Traditional Technology Transition Model

• Observations– Serial (long) Process– Does not promote commonality across platforms

Science & Technology

AdvancedComponent

Development &Prototypes

AcquisitionOperational

SystemDevelopment

BA-1 to BA-3

BA-4 BA-5,SCN, OPN

BA-7,OPN

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Alternate Technology Transition Model

• Product Lines– Provide capability to create and produce specific applications when needed.– Promote Commonality across Ship classes.– Decouple S&T from specific ship applications

• Eliminate churn in aligning S&T and ship acquisition programs.– Capture knowledge in Specifications, Standards, Handbooks, Design Data Sheets,

Rules, etc.• Technology Development Roadmaps facilitate communication

Knowledge Creation(BA-1 through BA-3)

Product Line Definition & Development(BA-4, BA-7)

ProductionSCN, OPN

GenericMulti-PlatformTechnology

SpecificApplicationTechnology

ShipDesign

Ship Detail Design & Construction Ship

DesignShip Detail Design

& Construction

ShipDesign &Construction

Product Dev & Ship IntBA-5, BA-7, SCN, OPN

ProductionSCN, OPN

Product Dev & Ship IntBA-5, BA-7, SCN, OPN

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Electric Warship Vision

Electromagnetic GunElectromagnetic GunMore than 10 MJ on TargetMegawatt Range

High Energy LaserHigh Energy LaserEnhanced Self DefensePrecision EngagementNo Collateral DamageMegawatt Class Laser

Organic Surveillance DroneOrganic Surveillance DroneHigh Altitude Beam Power to AircraftMinimal Handling - No Refueling

Integrated Power SystemIntegrated Power SystemAffordable Power for Weapons and PropulsionPower Dense, Fuel Efficient PropulsionReduced SignaturesPower Conversion Flexibility

High Powered SensorHigh Powered SensorCombination Sensor and WeaponHigh Powered MicrowaveHigh Powered Laser

All Electric AuxiliariesAll Electric AuxiliariesNo HydraulicsNo HP Gas SystemsReduced Sailor Workload

June 2010 Approved for Public Release Doerry

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Next Generation Integrated Power System Technology Development Roadmap

Distribution Statement A: Approved for public release

Navy after NextNext NavyNavy Now

Po

we

r D

ensi

ty

High Frequency AC (HFAC) Systems•Power-dense generation•Power-dense transformers•Conventional protection

Medium Voltage AC (MVAC) Systems

Medium Voltage DC (MVDC) Systems •Reduced power conversion•Eliminate transformers•Advanced reconfiguration

Enabling

Technologies

•High Speed Generator

•Advanced propulsion m

otors

•Common power c

onversion

•Power a

nd energy control

•Zonal s

hip service distributio

n

•Energy Storage

Off

Ram

p

Off

Ram

p

Off

Ram

p

Roadmap defines path for NGIPS Development, provides guidance to Navy and industry developing organizations and forms the basis for coordinated planning and future Navy investments

““Directing the Future of ShipDirecting the Future of Ship’’s Powers Power””

Low Voltage Systems•Hybrid Electric Drive (HED)•Propulsion Derived Ship Service (PDSS)•Energy Storage Modules (ESM)

Off

Ram

p

Next Generation Integrated Power System (NGIPS) Technology Development Roadmap

June 2010 Approved for Public Release Doerry

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IPS Systems Engineering Model

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Open Architecture Advanced Development

Future Fleet30 Yr Plan

Notional Fleet & Ship Requirements

NGIPS Open Architecture Advanced Development

Products: System ArchitecturesRisk ReductionStandards & SpecificationsModule Characterization

Test & Evaluation (DT)Module Characterization

Module DevelopmentSystem IntegrationModeling & Simulation

System RequirementsPerformance SpecsInterface Standards

System Design & Engineering

Force Planning

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Open Architecture Engineering Development & Qualification

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Technical Architecture Efforts

• Military Standards– MIL-STD-1399-300B – MIL-PRF-32272

• IEEE Standards– Letter of Adoption

• IEEE 1662-2008• IEEE 1709-2010

– Standards Development• P45• P1826

• Design Data Sheets– DDS 200-1– DDS 310-1

• Naval Vessel Rules updates (annual)• NGIPS Conceptual Design Application Handbook