R. Basosi ENEA 6 Dic 2017 - versione corta · 4 . ICT Marie Curie, 9Bi FET 5. Nanotech,Materials,...

I nuovi scenari EU per l’ENERGIA: Horizon2020 SET Plan e Mission Innovation2020, SET Plan e Mission Innovation

RICCARDO BASOSIUniversità degli Studi di Siena

Rappresentante Italiano nel Comitato di Programma H2020 “S l d ffi i ” l il S i i“Secure, clean and efficient Energy” e Delegato MIUR per il SET PLAN e Mission

Innovation

ENERGY in EU: H2020, SET Plan & MI RICCARDO BASOSI Roma 6 Dicembre, 201707/12/2017

“Clean energy” doesn’t exist (the only clean energy, is the one we do not need to use, that is to say: the saved energy)

Energy prominently derives or was derived from the sun.ENERGY in EU: H2020, SET Plan & MI RICCARDO BASOSI Roma 6 Dicembre,

2017

07/12/2017

The Clean Energy Package sets new challenging and binding goals at 2030 for the EU countries

Europe

Energy Efficiency Renewables Grenhouse gas emissions

EU goal: reduction of 30% and mandatory EE system (1,5% annualsaving)

EU goal: installation of renewable energy systems until 27% of final consumptiom

Following COP21 agreement, the EU goal is the reduction of 40% (vs 1990) of greenhouse gas emissions

Consumption vs GDP (toe/M€) % RES vs f ina lconsumpt ion

% of reduction vs 199027% 41%

Expected124

11332%24%

contributionof EU28

6

10%

100 100

8

25%

20%

16%

iettiv I 0

21%

18%

16% 4Ob o TA 202

2015 2020 2025 2030 2015 2020 2025 2030 2015 2020 2025 2030

Italy is a pioneer in the EE policies EU average overcame due to the Italiy at 2015 The overcome of the reduction target

iettiv I 016%

y p pdue to its storical dependency on the energy imports

ghigh incentives fot the renewablesenergy sources

Italiy at 2015

Thesegoalsshouldare appliedat national level

gis due to the recent economic crisis

8

esegoass ouda eapp edat ato a e e

07/12/2017 ENERGY in EU: H2020, SET Plan & MI RICCARDO BASOSI Roma 6 Dicembre, 2017

Il piano europeo low-carbon economy 2050 punta ad unariduzione dei gas serra del80% rispetto al 1990riduzione dei gas serra del80% rispetto al 1990UE

2020 2030 2040 2050

- 20% - 40% - 60% - 80%

% gas serra vs. 1990100%100

80

92% 90%

Produzione di Energia80%

riduzionePolicy corrente60

Emissioni CO2 per settoreal 2050

Residenziale e terziario 60%

Industria40%

riduzione

40

%20

al 2050

Produzione di Energia 0%

Residenziale/Terziario 5%

Industria 20%

Trasporti20

Non CO2 agricoltura

0

1990 2000 2010 2020 2030 2040 2050

Trasporti 35%

Non CO2 agricoltura 25%

Non CO2 altri settori 15%

Non CO2 altri settori

Fonte: UE, Eurostat

295711‐27 ‐ SEN_Audizione Parlamentare_NEW ‐ v21sent.pptx 707/12/2017 ENERGY in EU: H2020, SET Plan & MI RICCARDO BASOSI Roma 6 Dicembre, 2017

Main EU Energy Policy Elements

- 2030 Climate-Energy Package2030 Climate Energy PackageFrom 20/20/20 to 27/27/40

- Energy UnionEnergy UnionEnergy security, solidarity and trustA fully integrated internal energy marketEnergy efficiency firstTransition to a low-carbon societyAn Energy Union for Research, Innovation andCompetiveness

- Set-Plan & Integrated RoadmapHORIZON 2020

- After Paris COP 21“MISSION INNOVATION”

Clean Energy PackageEC COM Nov 30, 2016

2


ENERGY UNIONENERGY UNIONR&I R&I & Competitiveness & Competitiveness

prioritieprioritiess

SET Plan SET Plan ((10 10 key key actions)actions)

SET SET Plan Integrated Roadmap Plan Integrated Roadmap ((13 themes13 themes))

In origin they were 30In origin they were 30

T10: Development of renewables

prioritieprioritiess (( yy ))

N°1 i R bl

1. Performant renewable technologies integrated in the

In origin they were 30In origin they were 30

T8: System flexibility

T1: Engaging consumers

N°1 in Renewables system

2. Reduce costs of technologies

3. New technologies & services

T6: Modernising the electricity gridT7: Energy storageT8: System flexibility

g g gT2: Smart technologies for consumers Smart EU Energy

System with consumers at the

centre

4. Resilience & security of energy system

for consumers

T9: Smart cities & communities

T3: Energy efficiency in buildings

T4 E ffi i i h i & li5. New materials & technologies for buildingsEfficient EnergyT4: Energy efficiency in heating & cooling

T5: Energy efficiency in industry & services

T7: Energy storage 7. Competitive in global battery

buildings

6. Energy efficiency for industry

Efficient Energy Systems

/

T13: Biofuels, fuel cells & hydrogen, alternative fuels

sector (e‐mobility)

9. CCS/CCU

Sustainable Transport8. Renewable fuels

T12: Nuclear energy

T11: Carbon capture storage/use

10. Nuclear Safety

9. CCS/CCU


Investment in the Energy Union / SET Plan R&I priorities in the EU (2010‐2015)( )

Data sources: Public (national) investment: International Energy Agency RD&D online data service; Private investment: as estimated by SETIS/Joint Research Centre; EU investment: Directorate‐General for Research & Innovation. Note: public (national) and private data for 2015 are estimates

SET Plan Integrated RoadmapEnergy system holistic approach


30 Nov. 2015COP 21 ParisMISSION INNOVATION

20 major world economies representing 80% of global energy R&D launched Mission Innovationenergy R&D launched Mission Innovation

Australia,Brazil, Canada,Chile,China, Denmark, France,Germany,India,Indonesia,Italy,Japan,Mexico,Norway, Saudi Arabia, South Korea,Sweden United Arab Emirates United Kingdom United StatesSweden,United Arab Emirates, United Kingdom,United States

Objective: Reinvigorate and accelerate public and private l b l l i ti d k l id lglobal clean energy innovation and make clean energy widely

affordable

07/12/2017ENERGY in EU: H2020, SET Plan & MI RICCARDO BASOSI Roma 6 Dicembre, 2017

Innovation Challenges Allo scopo di accelerare la RD&D nelle aree tecnologiche in cui i membri di MI Allo scopo di accelerare la RD&D nelle aree tecnologiche in cui i membri di MI

ritengono opportuno di accrescere l’impegno nella lotta al cambiamento climatico,sono state individuate 7 Innovation Challenges sulle quali avviare la cooperazionedalla fase di ricerca fino alla dimostrazione tecnologica. Le sette “Sfide” sono ledalla fase di ricerca fino alla dimostrazione tecnologica. Le sette Sfide sono leseguenti:

1 Smart Grids Innovation Challenge1. Smart Grids Innovation Challenge 2. Off‐Grid Access to Electricity Innovation Challenge 3. Carbon Capture Innovation Challenge4 S i bl Bi f l I i Ch ll4. Sustainable Biofuels Innovation Challenge 5. Converting Sunlight Innovation Challenge 6. Clean Energy Materials Innovation Challenge 7. Affordable Heating and Cooling of Buildings Innovation Challenge

Task Force guidata dal MISE Min. Calenda con MAE, MATTM, MIUR, MEF e supporto tecnicoTask Force guidata dal MISE Min. Calenda con MAE, MATTM, MIUR, MEF e supporto tecnicodi ENEA, CNR, RSE, ISPRA , OGS e altre istituzioni vigilate dai Ministeri


HORIZON 2020 (78 MLD)

àTre priorità:1 Scienza di Eccellenza1 Scienza di Eccellenza2 Leadership Industriale3 Sfide della Società3 Sfide della Società

ENERGY in EU: H2020, SET Plan & MI RICCARDO BASOSI Roma 6 Dicembre, 2017

07/12/2017

Governance – Horizon 202013 PROGRAMME COMMITTEE CONFIGURATIONS(provide Member States oversight and input into work programmes)

1. HORIZONTAL CONFIGURATIONIndustrial Tech Leadership

24%Excellent Science

34%Societal Challenges

38%

8. Health2. ERC

4 . ICT

9 Bi

24%34% %

Marie Curie,FET

5. Nanotech,Materials,Bi h M f i

10. Energy5 9 bn €

9. Bio‐economy3,9 bn €

12 Cli t3 R h

Biotech, Manufacturing 5,9 bn €11. Transport

6,3 bn €

6. Space12. Climate3,1 bn €

3. Researchinfrastructures

13. Inclusive i ti7 SMEs societies

14. Security

7. SMEs, Risk Finance


Work programme 2014‐2020o p og a e 0 0 0

1407/12/2017 ENERGY in EU: H2020, SET Plan & MI

RICCARDO BASOSI Roma 6 Dicembre, 2017

Budget/ Calls 2014‐2015Budget Calls 2014‐2015Total Budget NMP+B 2014‐2015 : 992,2 € million

Budget 2014: 488,2 € million; Budget 2015: 504 € million

C t ib ti t thNMP 49,2%

Sustainable

Energy Efficient Buildings11,5%

Contributions to other programme (ICT/WASTE)1,8%

1

2

3

Sustainable Process Industries13,5%

NMP 49,2%

4

5

6

Factories of the Future 16%

41% f h NMP B B d f PPP

BIOTECH7,9%

41% of the NMP+B Budget for PPPENERGY in EU: H2020, SET Plan & MI

RICCARDO BASOSI Roma 6 Dicembre, 201707/12/2017

TECHNOLOGY READNESS LEVEL in Horizon 2020

Technology Readiness Levels (TRLs)Technology Readiness Levels (TRLs)– a useful tool in development and deployment of KETs

in FP7: TRLs 1 – 4; RIA tipologyup to 5‐6 in 2012‐13 (pilots and demonstrators)

KETs: TRLs 3/4 – 8; centre at TRLs 5‐7 IA tipology


Overcoming the valley of death

TechnologyTechnology Success asN d

Success asN d

Product h

Product h Success asSuccess asTransferTransfer a New producta New productLaunchLaunch Success as

a businessSuccess asa business

es/Profit

es/Profit

TimeTimeCommercializationCommercializationResearch Development Research Development

Losse

Losse TimeTime

FP7

H2020

Valley of Death

H2020


The Horizon 2020 Societal Challenge“Secure clean and Efficient Energy

Smart Cities

Secure, clean and Efficient Energy2016 Calls (673 M€ of 1344 M€)

and Communities

60.5M Energy Efficiency 93MEfficiency 93M

Fast Track to

Innovation Competitive Low-Carbon

Energy 351 6 M Other actions (e.g. tenders;

ELENA; InnovFIN…)

Energy 351.6 M

SME Instrument 46M


Ultimi dati sulla partecipazione italianaai bandi « energia » 2014‐15‐16‐17 di H2020

H2020 ‐ Bandi energia 2014‐2015‐2016 – Tasso di successo dei partecipanti italiani(il grafico fa riferimento ai dati del Gen 2017 i numeri in rosso al 15 Nov 2017)

7PQ (2007 2013)3000 14 8% 7PQ (2007‐2013)2472 2455 2390

1748

1500

2000

2500

3000 14,8%

1141975 933

717 688 625 621 534 503 415425 366 327 302 227 184 98 140 138 104 91 88 43 500

500

1000

1500

0

Partecipazioni Finanziati

6PQ (2002‐2006)

•Tasso di successo medio dei partecipanti IT nei primi 4

Tot. budget allocato all’IT: 15/11/2017: € 183,8M (SC3) + €15,2M (Str. PMI‐Energia e senza FCH)

Partecipazioni Finanziati

anni 14,8% in aumento da 11,3% (2014) a 18,0% (2017) •Tasso di successo coordinatori dal 9,4% (2014) al 13,3% (2017)• L’IT é presente nel 51,5% delle proposte presentate e in quasi la metà di quelle finanziate (39,3%)

ENERGY in EU & Italy in H2020 RICCARDO BASOSI Roma 27 Nov, 201707/12/2017

BANDI SC3 BANDI SC3 20162016: BUDGET ALLOCATO : BUDGET ALLOCATO (PRINCIPALI COMPETITORI(PRINCIPALI COMPETITORI))

80,0

BUDGET ALLOCATO 2016 (M€)

(PRINCIPALI COMPETITORI(PRINCIPALI COMPETITORI))

€ 69,2 70,0

€ 49,2 € 48,3 € 45,4

50,0

60,0

,

€ 39,3 40,0M€

20,0

30,0

10,0

0,0Germany UK ITALY France Spain

07/12/2017ENERGY in EU & Italy in H2020 RICCARDO BASOSI Roma 27 Nov, 2017

ITALIA ITALIA ‐‐ BUDGET «ENERGIA» BUDGET «ENERGIA» AGGIUDICATO 2014AGGIUDICATO 2014, , 2015, 2016 e 2017 2015, 2016 e 2017 per Focus Areaper Focus Area

LCE‐Grids + Storage (CSA) LCE‐Bio‐energy (RIA)

LCE‐RES Market uptake (CSA)0,71% LCE‐Grids + Storage

( ) %

LCE‐Grids + Storage (IA)16,83%

0,40% 1,32%LCE‐Bio‐energy (IA)

0,47%

LCE‐Bio‐energy (CSA)2 35%

LCE‐RES (IA)8,18%

(RIA) 5,79% 16,83% 2,35%

LCE‐CCS‐Fossils‐Shale (RIA)10,17%

LCE‐RES (RIA)13,36%

EE‐PPP + IA5,13%

EE‐RIA5 51%5,51%

EE‐CSA9,12%

SCC (IA)SCC (IA)15,47%

International

Blue Growth0,23%

Socio‐economic research (RIA, CSA)1 96%ERA‐Nets and coordination

Supporting actions

(RIA, CSA)

Cooperation1,47%

T l 183 8 M

07/12/2017ENERGY in EU & Italy in H2020 RICCARDO BASOSI Roma 27 Nov, 2017

1,96%of national R&D activities

1,11%0,44% Totale: 183,8 M

(Escluso Strumento PMI)

PARTECIPAZIONE ITALIANA IN H2020 «ENERGIA» (2014PARTECIPAZIONE ITALIANA IN H2020 «ENERGIA» (2014‐‐1515‐‐16)16)Contributo a partecipanti italiani, in % rispetto al budget EU dedicato a ciascuna area tematica

2 1

1,7

0,9

S i i

Supporting actions

ERA‐Nets

17,2

15,2

2,1

SCC

SME‐Inst Energy

Socio‐economic … Budget (M€)

11%

10%

13 4

6,6

5,9

EE‐Market Uptake

EE‐PPP + IA

EE‐RIA

21,4%

5,8

0,4

13,4

LCE‐International …

LCE‐RES Market uptake

EE‐Market Uptake

15,8

14,2

6,1

LCE‐Bio‐energy

LCE‐RES RIA

LCE‐CCS‐Fossils‐Shale

59%

27,7

20,9

15,8

LCE‐Grids + Storage

LCE‐RES IA

gy

07/12/2017ENERGY in EU: H2020, SET Plan & MI RICCARDO BASOSI Roma 6 Dicembre, 2017

0 5 10 15 20 25 30

WP 16-17 : Competitive low-carbon energyRenewable energy technologies

• Highest priority: supporting the next set of technologies for cost‐competitiveness and that should be introduced in the

k bl ( ff h d fmarket as soon as possible (off‐shore wind, certain areas of PV, CSP, tidal and wave energy, and zero emission geothermal energy);energy);

• Next level of priority: supporting those technologies that have started to reach cost competiveness but where continuedstarted to reach cost‐competiveness but where continued efforts are needed to increase this, broaden it to the full sector, and build out the European industry position (on‐shore wind, p y p ( ,areas of PV, biofuels, and solar heating and cooling);

2307/12/2017 ENERGY in EU: H2020, SET Plan & MI


Summary of Italy Performance Energy CALLS 2014gy

New ICT solutions for EE ( )

New technologies N t ti

Research on (RIA)

Technologies for District H/C (IA)

technologiesfor heatrecovery in largeindustries(RIA)Socio‐economic

Next generation technologies for biofuels (RIA)

Demonstrationof advanced

environmentalimpact of shale gas exploration and exploitation (RIA)

Demonstration of

Pre‐fabricatedmodules for buildingsrenovation (IA)Process and

Socio‐economicresearch on EE (RIA)

Sustainableenergy

of advancedbiofueltechnologies(IA)

Next generation technologies for

Demonstration of RES and H/C technologies (IA)

Distribution gridd il kProcess and

organizationalinnovation for deep building renovation (CSA)

energyinvestments(CSA)

technologies for energy storage(IA)

and retail market (CSA‐IA)

EE LCE

Establishing a network of public

i l lprocurers in localadministrations on SCC solutions (CSA°

SCC LighthouseSCC LighthouseProjects (IA)

SCC07/12/2017 ENERGY in EU: H2020, SET Plan & MI RICCARDO BASOSI Roma 6 Dicembre, 2017

Summary of Italy Performance Energy CALLS 2015

New ICT solutions for EE PDA for energy

(CSA)

Demonstrationof advancedbiofuel

Development of new RES and H/C Technologies

(RIA)

District H/C (RIA)

(CSA)

D/R in blocks of buildings (RIA)

technologies (IA)

Market uptakeof existing and emerging RES and H/C

h l i

(RIA)

Demonstration of RES and H/C technologies (IA)

Driving energyinnovation via large buyer groups (CSA)

Design for Energy perfomantbuildings (IA)

technologies(CSA)

technologies (IA)

Transmission gridand wholesalemarket (IA)

New technologiesfor heat recovery in large industries (RIA)

CCS (RIA)EE

Large scale energystorage (IA)

LCESCC LighthouseProjects (IA)

LCE

SCC07/12/2017 ENERGY in EU: H2020, SET Plan & MI


Summary of Italy Performance Energy CALLS 2016Energy CALLS 2016

SPIRE PPP

H/C low grade sources of thermal energy

Developing the next generation technologies of renewable

Int. Cooperationwith South Korea on new generation CCS gy

(IA)

EeB PPP (IA)

electricity and H/C (RIA)

Utilisation od captured CO2 ainthe propcessi d ( )

g(RIA)

SSH support for Energy Union (RIA)

Socio‐economicresearch (RIA)

industry (RIA)

Transmission gridand wholesalemarket (IA)

H/C Modelsand tools

CCS (RIA)EE

Large scale energystorage (IA)

LCESCC LighthouseProjects (IA)

LCE

SCC07/12/2017 ENERGY in EU: H2020, SET Plan & MI RICCARDO BASOSI Roma 6 Dicembre, 2017

Work Programmes (WP) of Energy Challenge

H2020 Programme will develop in 7 years (2014 – 2020)

Challenge Secure, Clean and Efficient Energy activities will develop according to the planning defined by three consecutive Work Programmes

1° WP (WP 14‐15) 2° WP (WP 16‐17) 3° WP (WP 18‐19)

p g y g

2014 2016 2018 2020

1° WP calls ended in 2015

2° WP adopted in October 2015/16 and 20172 WP adopted in October 2015/16 and 2017 calls currently under way

3° WP calls will start at end 2017 (final draft in the Program

27ENERGY in EU: H2020, SET Plan & MI RICCARDO BASOSI Roma 6

Dicembre, 201707/12/2017

( gCommittee on June 13th)

Thematic areas of WP 2018‐19

E ffi i rgy

Renewable energy

Energy efficiency

on h hrou

gh ene

r

vitie

s

Renewable energy

Energy system (including Smart Cities and Communities) al coo

peratio

omic re

search

ating brea

kth

mming activ

strumen

t

g issues

Energy system (including Smart Cities and Communities)

Decarbonising fossil fuels Internationa

Socio‐econ

oMarket‐crea

R&I

Joint p

rogram

Fina

ncial Ins

ss‐cuttin

g

Decarbonising fossil fuels •I

•S

•M R

•J

•F

Cro


WP 2018 ‐2019 – Focus areas2018 2019 2020

Overall indicative b d t (M€)

696 807 876

17 topics 3 topics 1 topic 5 topics

budget (M€)

193 M€ 20 M€ 116 M€ 51 M€

Energy efficiencyEE

Smart and clean energy for consumers

Smart Cities and Communities

SCC

Joint ActionsJA

17 topics 3 topics 1 topic 5 topics193 M€ 20 M€ 116 M€ 51 M€

consumersEC

SCC

28 topics 7 topics 6 topics 6 topics444 M€ 181 M€ 88 M€ 41,5 M€

Global leadership in renewables

Smart citizen‐centred energy

system

Near‐zero CO2 emissions from fossil fuel power plants and

Cross‐cutting issuesCC

RES ES carbon intensive industries

NZEN.B: I budget per focus area sono relativi al biennio 2018‐2019

29

Il n° di topic per focus area sono relativi al triennio 2018‐2020


Grazie per l’attenzione !Grazie per l attenzione !

Find out more:/ h/h i 2020

[email protected]/research/horizon2020

@[email protected]

07/12/2017

R. Basosi ENEA 6 Dic 2017 - versione corta · 4 . ICT Marie Curie, 9Bi FET 5. Nanotech,Materials,...

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