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17/12/2013 Renewable energy and sustainable energy balances Prof. dr. Kornelis Blok @kornelisblok

Renewable energy and sustainable energy balances

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Renewable energy and sustainable energy balances. The growth of renewable energy …. What may renewable energy contribute in 2030? How to integrate renewable energy in electricity systems? How to incentivize renewable energy?. What may renewable energy contribute in 2030?. - PowerPoint PPT Presentation

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Page 1: Renewable energy and sustainable energy balances

17/12/2013

Renewable energy and sustainable energy balances

Prof. dr. Kornelis Blok@kornelisblok

Page 2: Renewable energy and sustainable energy balances

© ECOFYS | |

The growth of renewable energy ….

>What may renewable energy contribute in 2030?

>How to integrate renewable energy in electricity systems?

>How to incentivize renewable energy?

11/12/2013 Prof. dr. Kornelis Blok2

Page 3: Renewable energy and sustainable energy balances

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What may renewable energy contribute in 2030?

11/12/2013 Prof. dr. Kornelis Blok3

Page 4: Renewable energy and sustainable energy balances

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Renewable energy: 40% in 2030

11/12/2013 Prof. dr. Kornelis Blok4

Ecofys, 2012: Renewable Energy – A 2030 Scenario for the EU

Page 5: Renewable energy and sustainable energy balances

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Renewable energy by sector

11/12/2013 Prof. dr. Kornelis Blok5

Buildings

Manufacturing industry

Transport

Ecofys, 2012: Renewable Energy – A 2030 Scenario for the EU

Page 6: Renewable energy and sustainable energy balances

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Investments and return-on-investment(energy efficiency + renewable energy)

11/12/2013 Prof. dr. Kornelis Blok6

Ecofys, 2012: Renewable Energy – A 2030 Scenario for the EU

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How to integrate renewable energy in electricity systems?

11/12/2013 Prof. dr. Kornelis Blok7

Page 8: Renewable energy and sustainable energy balances

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Germany, business-as-used-to-be

11/12/20138 Kees van der Leun

Page 9: Renewable energy and sustainable energy balances

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Germany, the new world (June 2013!)

11/12/20139 Kees van der Leun

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Germany, prices-as-used-to-be

11/12/201310 Kees van der Leun

Page 11: Renewable energy and sustainable energy balances

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Germany, prices in the new world (June 2013!)

11/12/201311 Kees van der Leun

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Flexibility options for power systems

21/04/2312

Page 13: Renewable energy and sustainable energy balances

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The impact of grid constraints

11/12/2013 Prof. dr. Kornelis Blok13

Page 14: Renewable energy and sustainable energy balances

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Grid constraints and total system costs

11/12/2013 Prof. dr. Kornelis Blok14

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How to incentivize renewable energy?

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Page 16: Renewable energy and sustainable energy balances

© ECOFYS | | 21/04/23 Dr. Corinna Klessmann, Dr. Isabelle de Lovinfosse

Still diversity of support schemes in Europe but with some converging trends

Source: Ecofys based onRagwitz et al. (2012). RE-Shaping Ecofys et al. (2012). RE progress and biofuels sustainability.

Page 17: Renewable energy and sustainable energy balances

© ECOFYS | | 21/04/23 Dr. Corinna Klessmann, Dr. Isabelle de Lovinfosse

The MS are currently on track with their 2011/2012 trajectory but projections do not look good for 2020

Source: Ecofys based onEcofys et al. (2012). RE progress and biofuels sustainability.

Page 18: Renewable energy and sustainable energy balances

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Lessons from MS experience tell us how to design effective and efficient RES-E support schemes

21/04/23 Dr. Corinna Klessmann, Dr. Isabelle de Lovinfosse

Provide reliable framework: frequent and unexpected policy changes undermine investor confidence

• Policy changes transparent and predictable (e.g. automatic degression, clear formula for quota setting, pre-set revision agenda)

• No retroactive changes• Long term political commitment• Guarantee support level for long term • Consultation with stakeholders

Lessons learnt Best practice design criteria

Reflect and limit investment risks: risk-conscious (triple-A) policies

increase growth and reduce support costs by up to 50%

• Tailor support scheme to RE market deployment status and electricity market readiness

• No abrupt or retroactive policy changes• Avoid rigid budget or capacity caps• Simple, transparent permitting process • Priority grid access and dispatch• Quota: long term horizon and serious penalties• Government facilitates access to capital (e.g.

participation, financial guarantees, loans)

Adjust level of support to technology and market conditions

• Apply technology specific support levels• Calculate level of support based on LCOE, so

support neither too low nor too high• Planned and transparent adjustments based on

technology and market changes

Page 19: Renewable energy and sustainable energy balances

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Thank you!

Prof. dr. Kornelis BlokDirector of Science

EcofysKanaalweg 15-G3526 KL Utrecht

Phone: 030-6623399 E-mail: [email protected]: @kornelisblok

www.ecofys.com

11/12/2013 Prof. dr. Kornelis Blok19

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sustainable energy

for everyone

11/12/2013 Prof. dr. Kornelis Blok20

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Back-up slides

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Life-cycle greenhouse gas emissions

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IPCC 2011, Special Report Renewable Energy and Climate Change Mitigation

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© ECOFYS | | 11/12/2013 Prof. dr. Kornelis Blok23

IPCC 2011, Special Report Renewable Energy and Climate Change Mitigation

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CO2 emissions from fossil and renewable sources

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Ecofys, 2012: Renewable Energy – A 2030 Scenario for the EU