Energy Technology Roadmaps IEA 2010

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    OECD/IEA - 2010

    Energy Technology Roadmaps

    GSE, Rome, 8 July 2010

    Paolo FranklHead, Renewable Energy Division

    International Energy Agency

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    ENERGY

    TECHNOLOGY

    PERSPECTIVES

    Scenarios &

    Strategies

    to 2050

    OECD/IEA - 2010

    Decarbonising the power sector

    a new age of electrification?

    A mix of renewables, nuclear and fossil-fuels with

    CCS will be needed to decarbonise the electricitysector.

    0

    5

    10

    15

    20

    25

    30

    35

    40

    45

    50

    2007 Baseline2050 BLUEMap2050

    BLUEHighNuclear2050 BLUEHighRen2050

    PWh

    Other

    Solar

    Wind

    Biomass+CCS

    BiomassandwasteHydro

    Nuclear

    Naturalgas+CCSNaturalgasOil

    Coal+CCS

    Coal

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    OECD/IEA2010

    Low-carbon energy technology roadmaps

    IEARoadmap

    Status

    2009releases

    Wind Electric/pluginhybrid

    vehicles

    Carboncapture

    &

    storage

    Cement

    2010releases

    Solarphotovoltaic

    Concentratingsolarpower

    Nuclearpower

    Biofuels

    Efficientheatingandcoolinginbuildings

    Smartgrids

    Vehicleefficiency

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    OECD/IEA2010

    Low-carbon energy technology roadmaps7/9/2010

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    Low-carbon energy technology roadmaps

    Joint IEA/NEA Nuclear Roadmap released mid-June

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    Low-carbon energy technology roadmaps

    Conclusions

    IEASolar

    Roadmaps

    Stablegovernmentpoliciesonnucleariskey

    Enhance

    public

    dialoguetoinformstakeholdersaboutthe

    roleofnuclearinenergystrategy

    Financing nuclearisamajorchallenge

    Establish

    legal

    frameworks

    and

    institutions

    in

    countries

    wheretheydonotexist

    Makeprogressinimplementingplansforpermanent

    disposalofhighlevelwastes

    Inthelongerterm,GENIVtechnologiescouldreducecosts,improveperformanceandsecurity

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    Low-carbon energy technology roadmaps7/9/2010

    CarbonCapture

    andStorage

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    Low-carbon energy technology roadmaps

    CCStechnologydeploymenttargets

    0

    2,000

    4,000

    6,000

    8,000

    10,000

    12,000

    2010 2015 2020 2025 2030 2035 2040 2045 2050

    CapturedCO2

    (MtCO2

    /yr)

    OECDPACIFIC

    USA

    OTHEROECDNAM

    OECD

    EUROPEODA

    ME

    INDIA

    EEU+FSU

    CSA

    CHINA

    AFR

    2020

    100 projects

    OECD(50%)

    NonOECD(50%)

    2030

    850projects

    OECD(49%)

    NonOECD(51%)

    2050

    3,400 projects

    OECD(35%)

    NonOECD(65%)

    2040

    2,100projects

    OECD(40%)

    NonOECD(60%)

    2015

    18 projects

    OECD(72%)

    NonOECD(28%)

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    OECD/IEA2009

    TechnologyRoadmap

    Windenergy

    OECD/IEA2009

    Wind

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    Low-carbon energy technology roadmaps

    Regionalproductionofwindelectricityinthe

    ETP2008

    BLUE

    Map

    scenario

    LeadingmarketsovertheperiodareChina,OECDEuropeandtheUnitedStates.OECDPacificcountriesgainimportanceafter2020,and

    CentralandSouthAmericaafter2030.

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    Low-carbon energy technology roadmaps

    Grid

    integration

    of

    wind

    power

    Anoffshoregridmaybe

    moreefficientthanaseriesofoneoff

    transmissionlinkups,

    whileinterconnecting

    larger

    markets.

    Managinggrid

    integration key Increaseflexibility

    ofpowersystems

    Flexiblesupply

    Storage

    Interconnections

    Demandside

    response

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    ENERGY

    TECHNOLOGY

    PERSPECTIVES

    Scenarios &

    Strategies

    to 2050

    OECD/IEA - 2010

    IEA Elect r ic and Plug - in

    H yb r i d

    Vehic le Roadmap

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    ENERGY

    TECHNOLOGY

    PERSPECTIVES

    Scenarios &

    Strategies

    to 2050

    OECD/IEA - 2010

    BLUE Map EV/ PHEV sales

    trajectory to 2050

    0

    20

    40

    60

    80

    100

    120

    2000 2005 2010 2015 2020 2025 2030 2035 2040 2045 2050

    PassengerLDVSales(million) Electric

    DieselPlugin

    Gasoline Plugin

    2050: 100 mi l l ion: e.g. 400 models se l l ing 250,000 eac h

    2030: 30 m i l l ion:e.g. 150 models se l l ing 200,000 eac h

    Annual sa les target s :2020: 7 m i l l ion:e.g. 70 mod els sel l ing 100,000 eac h

    Key factors to achieve these targets: Battery costs down to USD 300/kWh for EVs by

    2015

    Coordinated development of infrastructure, e.g. inlarge metropolitan areas

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    OECD/IEA - 2009

    TRANSPORT,

    ENERGY

    AND CO2

    MovingToward

    Sustainability

    OECD/IEA 2010

    Low-carbon energy technologyroadmaps

    Solar PVTechnology

    Roadmap

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    Low-carbon energy technology roadmaps

    PVDeploymentTrends

    Country MW

    Germany 3800

    Italy 730

    Japan 484

    US 475

    CzechRep 411

    New additions2009 (prelim data EPIA)

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    Low-carbon energy technology roadmaps

    Solar

    PV

    Vision

    PVcouldprovide5%ofglobalelectricitygenerationin2030,11%in2050

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    Low-carbon energy technology roadmaps

    Retail electricity prices

    PVDeploymentand

    Competitivenesslevels

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    Low-carbon energy technology roadmaps

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    Low-carbon energy technology roadmaps

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    Low-carbon energy technology roadmaps

    CSPcostsandglobaloutput

    Competitionforpeakandmidpeakloads

    Competitionforbaseload

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    Low-carbon energy technology roadmaps

    TheCSPRoadmap:2050

    Consumption

    Production

    2050:Adetailedregionalassessment withsomeHVDClines

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    Low-carbon energy technology roadmaps

    IEA

    Solar

    Roadmaps Solarelectricitycouldrepresentupto20%to

    25%ofglobalelectricityproductionby2050 Producingupto9000TWhperyear Savingalmost6billiontonnesCO2 peryear

    Thisdecadecrucialforeffectivepoliciestoenable

    the

    development

    of

    solar

    electricity

    PVandCSPrathercomplementary toeachother

    Needtoplanandinvestingridinfrastructure SmartgridsforPV,HVDCtransmissionlinesforCSP

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    Low-carbon energy technology roadmaps

    Conclusions

    IEAEnergy

    Technology

    Roadmaps

    AdditionaltoolusingresultsofETPBluescenarios

    Engagecrosssectionofstakeholders

    Identifybarriers technical,regulatory,policy,

    financial,

    public

    acceptance Developimplementationactionitems forstakeholders

    Outreach activitiesstarting

    InternationalLow

    carbon

    energy

    technology

    platform

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    Low-carbon energy technology roadmaps

    OECD/IEA2009

    [email protected]

    www.iea.org/roadmaps

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    ENERGY

    TECHNOLOGY

    PERSPECTIVES

    Scenarios &

    Strategies

    to 2050

    OECD/IEA - 2010

    ANNEX

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    ENERGY

    TECHNOLOGY

    PERSPECTIVES

    Scenarios &

    Strategies

    to 2050

    OECD/IEA - 2010

    GDP projects

    (% per year based on purchasing power parity)

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    ENERGY

    TECHNOLOGY

    PERSPECTIVES

    Scenarios &

    Strategies

    to 2050

    OECD/IEA - 2010

    Crude oil price

    Impact of CO2 price on costs for crude oil:2020 ( 50 USD/t): 90+21 =111 USD/bbl2030 (110 USD/t): 90+43 =133 USD/bbl2050 (175 USD/t): 70+73 =143 USD/bbl

    0

    25

    50

    75

    100

    125

    150

    1970 1980 1990 2000 2010 2020 2030 2040 2050

    Do

    llarsperbarrel

    Real ($2008) BaselineScenario

    Real ($2008)BLUE Map Scenario

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    ENERGY

    TECHNOLOGY

    PERSPECTIVES

    Scenarios &

    Strategies

    to 2050

    OECD/IEA - 2010

    Oil, gas and coal price assumptions

    For the BLUE Scenario (in USD per unit)

    For the Baseline Scenario (in USD per unit)

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    TECHNOLOGY

    PERSPECTIVES

    Scenarios &

    Strategies

    to 2050

    OECD/IEA - 2010

    Carbon Price in the BLUE Map

    scenario

    USD / t CO2 2020 2030 2050

    OECD 50 110 175

    Non-OECD 0 65 175