The Clean Energy Technology Context - Advanced Manufacturing · The Clean Energy Manufacturing...
Transcript of The Clean Energy Technology Context - Advanced Manufacturing · The Clean Energy Manufacturing...
thecleanenergytechnologycontext--advancedmanufacturing
ASEE-AmericanSocietyforEngineeringEduca8on
-PublicPolicyForumFebruary10,2015
WilliamB.BonvillianDirector,MITWash.Office
TheCleanEnergyManufacturingContext--
• WilltheU.S.manufacturecleanenergytechnologyproducts?– Themarkethasgrownworldwidefrom
• 2004:$54billion• 2012:$269billion• Ex.,solar,windonthewaytobecomingtrilliondollarmarkets
• Increaseenergyproduc8vityinU.S.produc8on-->supporttheefficiency-enablingtechnologyadvances– Ex.,powerelectronics 2
SCIENCEAdvancedMfgPoliciesandParadigmsDec.62013PolicySecPon
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What’stheAdvancedMfgContext?---RecentReports…
REPORTTOTHEPRESIDENT
ACCELERATINGU.S.ADVANCEDMANUFACTURING
October2014
Points:1) ManufacturingisnotAgriculture2) OurManufacturingFirmsareIncreasingly:“HomeAlone”3) Small,mid-sized,andstart-upfirms–mostofU.S.
manufacturing-can’tgetfinancingto “Scale-Up”innovaPveproducPon
4) StronginnovaPoncapabilitymeansstrongproducPoncapability• Emergingadvancedtechnologyfields
5)ManufacturingispartoftheinnovaPonsystem6)WorkforceTraining/EducaPon–theissues7)WhatGermanycanteachus:strongecosystem8)Jobs–HowmanufacturingsectoraffectsU.S.
servicessector4
PointOne:ManufacturingisnotAgriculture• ForalongPmewethoughtmanufacturingwasagriculture.
• In1900halfofpopulaPonfarming;nowlessthan2%farming• Producingmorethanever,soenormous“producPvitygains’inagriculture
• Butthereportstellusthismanufacturingisnotagriculture• Welost5.8millionmanufacturingjobsfrom2000to2010
– Wethoughtmanufacturingoutputwasholdingfirm,butitwasn’t-onreexaminaPonwe’refindingitwasindecline
– Sowedidn’tgettheproducPvitygainswethought
– JoblossdatatellsusmanufacturingsectorishollowingoutnotgejngmoreproducPve
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PointTwo:HomeAlone• Thereportstellusforthepastthreedecadeswehavebeenthinningoutourmanufacturingecosystem– WeusedtohavefirmsandsupplychainsthatwereveryverPcallyintegrated
– Wehitonafinancialmodelofemphasizingquarterlyreturns,whichledustoreduceriskbymakingourfirms“corecompetency”and“assetlight”
– Sothesharedassetsoftraining,bringingbestpracPcestosuppliers,thinnedout
– Thecompaniesinoursystemarenowmuchmore“homealone”
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PointThree:TheScaleUpProblem• Wehave3manufacturingsectors:
– 1)Ourbigmul:na:onals–theyareglobal,theycangetproducPonefficienciesbyproducinginlowercostcountriesandtheymustbeinalltheglobalmarkets
• They’reOK,althoughtheyareincreasinglyproducingabroad
+TwoMoreVulnerableSectors:– 2)MainStreetfirms–theydomostofourmanufacturing,there
are300,000smallandmid-sizefirms– TheyhavetroublegeGngproduc:onscaleupfunding,they’rethinly
capitalized,mustberiskadversetosurvive,anddon’tdoR&D(althoughtheycanbeveryinnovaPveaboutprocess)
– 3)Ourentrepreneurialstartupsthatmakesomething–• theydowellunPltheyhavetoscaleupforproduc:onoftheirproduct–theylackfinancingforscale-uphere–Venturefirmsdon’’tfundthis–sendstartupstocontractmfgs.inAsia
• Sotheyturntocontractmanufacturersabroad 7
PointFour:The8ebetweenInnova8onandProduc8on
• FormostproductsneedtoPeinnovaPoncloselytoiniPalproducPon– Needdensefeedbackloopsasyoudoproductdesign-iniPalproducPonrequiresverycreaPveengineeringanddesign–it’spartofinnovaPon
– SoifyoushipproducPoncapability,inmanycasesinnovaPoncapabilityhastofollowit
– Producethere=Innovatethere• InnovaPonisU.S.strongsuit–whatitdoesbest• ButifmanyofourimportantinnovaPonshavetofollowproducPon,thenendangeringourinnovaPonstrength
• AndInnovaPonisthekeyfactoringrowth 8
PointFour,con’t• Aretherenewadvancedmanufacturing“Paradigms”thatcould
leadtorestoraPonofmfg.leadership?• Energy Efficiency – energy is “waste”
• “Network centric” – mix of advanced IT, RFID, sensors in every stage and element, new decision
making from “big data” analytics, advanced robotics, supercomputing w/adv’d simulation & modeling
• Advanced materials – “materials genome” – ability with supercomputing to design all possible
materials with designer features – Biomaterials, bio fabrication, syntehtic biology – Lightweighting everything
• Nanomanufacturing – fabrication at the nano-scale
• Mass Customization – Production of one at cost of mass production (ex.: 3D printing /
additive mfg, etc.)
• Distribution efficiency – IT advances that yield distribution efficiency (ie, supply chain)
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PointFive:Produc8onmustbeseenaspartoftheInnova8onSystem
• ManufacturingnotpicturedaspartoftheinnovaPonprocess– FocusononlyR&D:fragmentedview– InnovaPonisasystem,fromearly-stageresearchthroughproducPon
• ProducPonisthemajorenablerof“increasingreturns”inaneconomy– afoundaPonalsocietalwealthcreator.
• treatproducPonascriPcalelementthatmustbeconnectedtoinnovaPonsystemorriskinnovaPonerosion 10
PointSix:Workforce• MITstudysurveyed3000+manufacturingfirms
– 75%:filledjobvacanciesinlessthanamonth– Thereisnoemergencyonworkforcetalent– Aperall,welaidoff5.8mworkersinlastdecade
• Butthe25%isinteresPng– InnovaPvefirmsrequiringhigherjobskillsinthisgroup
– Ifwewanttomovetoadvancedmfg.,increasingskillskey
– And:Bigdemographicsproblem–agingworkforce
– EngineeringEd–KEYISSUE 11
PointSeven:whatGermanycanteachus• WethoughtthatwehadtolosemanufacturingjobstolowcostproducersinAsiabecausewearehighwage.
• ButGermanyishighwageandhighcost–Germanwagesandbenefitsare66%higherthantheU.S.
• Theyrunamajormanufacturingsurplus,includingamanufacturingsurpluswithChina
• Theyhaveadeepecosystemfortheirmanufacturers,smallandlarge–theyaren’t“homealone”
• ExtensivecollaboraPveR&Dsharedbyindustry-gov’t-universiPesaroundmanufacturingtechnologiesandprocesses
• Sharedtrainingsystemfortheirworkforce• Waystolinktheirsupplychainsforrapidscaleup• SomeGermanpracPcesdon’tapply,somedo
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PointEight:Jobs–themanufacturingsectoraffectstheservicessector
• U.S.:80%“services”economy• Butincreasingly–the21stcenturyfirmPescomplexproductstoservices–tooffer“soluPons”– TradeablegoodsarePedtoservices,whichmakestheservicetradeable
– Personalservicesarefacetoface,don’tscale– Butwiththetradeablegood,youcanscaleboththegoodandtheservice
– So:successinproducPonincreasinglyPedtosuccessinservices,&viceversa
– Scalingishowaneconomygrows– Losetheproduct,can’tscaletheservice 13
Behind it all: Understanding the Hourglass --
<---- Resources, Suppliers, Components, Innovation
<--- Production (12m jobs)
<--- Distribution, Sales, Life Cycle
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Summary:TheEightPoints…• ManufacturingispartofInnovaPonSystem• ManufacturingisnotAgriculture• U.S.ManufacturingFirmsareIncreasingly“HomeAlone”
• TheScale-Upproblemforsmall,mid-sized,andstart-upfirms–mostofU.S.manufacturingproducPonstrong
• CloselinkagebetweeninnovaPon/producPon• NewproducPonparadigms?
• Workforce:tomovetoadv’dmfg.,needskillstraining• Germany:strongmfg.ecosystem• Jobs–Petradeablegoodstotradeableservicesforscaleablegrowth
• manufacturingsectoraffectsservices15
LinkingPolicytothePoints• Lessonfrom“homealone”–restoretheecosystem:
– ManufacturingInsPtutes–likeGermany’sFraunhofers– EducaPon–communitycollegerole;putadv’dmfgintoengineeringeducaPon–needlifelonglearning-useonline
• Lessonfrom“innovaPon/producPonconnecPon”-reconnect:– UsethefederalR&Dsysteminadv’dmfg– Technologystrategiesforadv’dmfgparadigms
• CollaboraPve–industry-univ.-gov’t• Digitalmfg.,adv’dmaterials,nanofabricaPon,masscustomizaPon...
– TieinR&Dsystemtostrategies,linktoinsPtutes• LessonreWorkforce:needtrainingforadv’dmfg• LessonreProducPonScaleup
– Gapinfinancingsystem–needsreview16
So:AdvancedMfg.Parternership2.0--
• Transforma0veTechnologies–TechnologyStrategiesLinkedtoR&D
• Implemen0ngManufacturingIns0tutesandnetworkingthem
• Demand-DrivenWorkforceSolu0ons• TechnologyScale-Up/Policy
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Program Name or Ancillary Text eere.energy.gov
DOE/EERE R&D Priorities and University Engagement
David Danielson Assistant Secretary, Energy Efficiency & Renewable Energy
ASEE, Engineering Deans Public Policy Colloqium Feb 10, 2015
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Outline
• Personal Introduction
• Introduction to EERE
• Major DOE/EERE Research Priorities
• EERE University Engagement
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PersonalBackground
• B.S., Materials Science & Engineering, UC Berkeley
• Ph.D., Materials Science & Engineering, MIT
• Founder, MIT Energy Club; Collegiate Energy Association; New England Clean Energy Council
• Venture Capitalist, General Catalyst Partners
• Employee #1, ARPA-E (May 2009)
• DOE Assistant Secretary, Energy Efficiency & Renewable Energy (April 2012 – now)
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EERE’sRDD&DScope
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EERE’sGuidingPrinciples
1. HIGHIMPACT:Isthisahighimpactproblem?2. ADDITIONALITY:WilltheEEREfundingmakealargedifference
relaPvetowhattheprivatesector(orotherfundingenPPes)isalreadydoing?
3. OPENNESS:Havewemadesuretofocusonthebroadproblemwearetryingtosolveandbeopentonewideas,newapproaches,andnewperformers?
4. ENDURINGU.S.ECONOMICBENEFIT:HowwillthisEEREfundingresultinenduringeconomicbenefittotheUnitedStates?
5. PROPERROLEOFGOVERNMENT:Whyiswhatwearedoingaproperhighimpactroleofgovernmentversussomethingbestleptotheprivatesectortoaddressonitsown?
The5EERECoreQues:ons
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EERERDD&DApproach
EERE identifies high-impact opportunity areas, creates aggressive long-term cost-reduction goals, develops and implements targeted multi-year program plans/
roadmaps, and updates them on a regular basis.
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MajorEmergingDOE/EERER&DPriori:es
• Clean Energy Manufacturing (Advanced Materials/Manufacturing Methods)
• Grid Modernization
• Subsurface Science & Technology
• Energy & Water
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• Materials Genome Approaches to Accelerated Materials Discovery, Processing, Qualification
• Additive Manufacturing
• Advanced Composite Materials/Structures • Critical Materials • Next Generation (Wide Bandgap) Power Electronics • Next Generation Electric Machines • Smart Manufacturing: Advanced Sensors, Real-Time
Modeling & Control
• Chemical Process Intensification • Roll-to-Roll Processing • Sustainable Manufacturing (water, CO2, waste products)
EEREAdvancedManufacturingOfficePriori:es:Founda:onalTechnologies
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Vehicles: Beyond Lithium Ion Batteries Fuel Cells: Anion Exchange Membranes,
Renewable H2 Production Biofuels: Drop-In Hydrocarbon Production Solar: Grid Integration, high T materials for CSP Wind: Wind Plant Optimization Buildings: Low/No GWP Working Fluids for Cooling
SomeKeyUniversity-RelevantEmergingTechnologyAreas
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• Manufacturing Innovation Institutes ($70M/5 years) – Next Generation (WBG) Power Electronics (NCSU) – Advanced Composites (UT Knoxville)
• Michigan State, Purdue University, Univ of Kentucky, …
• Multi-University Research Initiative: High Operating Temperature Thermal Fluids (2012-2017, $5M/each) – UCLA (UC Berkeley, Yale) – Univ of Arizona (ASU, Georgia Tech)
• Marine Hydrokinetic Energy University R&D Center ($5M) – Oregon State University (Univ of Washington, Univ of Alaska)
• “Next Generation Photovoltaics” ($15-$25M, every 2-3 years); other EERE funding opportunities – restricted to universities, non-profits, National Labs
ExamplesofMajorUniversityBasedAc:vi:es
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• Advanced Grid Modeling • Advanced Power Systems Engineering • Power Electronics • Electric Machine Design • Materials, Process, End-Use Modeling & Simulation
(HPC); High Throughput Experimental Methods • Chemical Process Intensification • Combustion Modeling • Energy Systems Modeling/Optimization • Smart Systems/Controls/Big Data
Emerging&Con:nuingSTEMNeedAreas
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• Engage in Biannual Program Peer Reviews/Workshops/DOE Visits
• Participate in Competitive Funding Calls as Prime or Sub (consortia vs individual projects) – Some calls targeted at universities, non-profits, Labs – “Incubator” Funding Opportunities – 5% of R&D/off
roadmap – http://eere-exchange.doe.gov
• Engage with DOE National Laboratories
• Student Competitions
• Fellowships/Traineeships
University Engagement Mechanisms
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EERE’sNewCostShareApproach(2014)
Applied R&D:
• Standard: 20% project level
• Cost Share Waiver: 10% project level – If prime is University, Non-Profit, National Lab
– If prime has >50% of funding