Energiewende: warmte-, stroom- en efficiëntiewende Praktijkvoorbeeld van Duits energiebedrijf met in de regio 70% duurzame elektriciteit

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1 Energiewende: warmte-, stroom- en efficiëntiewende Praktijkvoorbeeld van Duits energiebedrijf met in de regio 70% duurzame elektriciteit Statenconferentie energie en mobiliteit provincie Groningen Vrijdag 13 juni 2014 EWE Energy- and Carbon-Management Dr. Heinrich Tschochohei

2 Since decades EWE belongs to Northwest Germany & seeks for growth potentials in other energy markets 2

3 We facilitate growth by means of intelligent and modern energy-infrastructure Since the 1950 th we developed sound and efficient distribution networks especially with regards to gas networks EWE contributes to Energiewende by conversion of power networks through knowhow transfer and intelligent grid management In 1996 we founded EWE TEL GmbH No 1 supplier in North- German of VDSL with own network capacities 3

4 Excellent customer care and close relationships are our key success factors 2013 Households 1,4 Mio. Electricity 1,6 Mio. Natural Gas Telecommunications 4

5 As part of our services we seek to identify energy saving potentials in industrial plants EWE Energy- und Carbon-Management I Consulting Networks & Workshops Energy Efficiency & Climate Protection Consultant Energy Management Consultant Energy Efficiency Auditor Project- Management Consultant Carbon Accounting Emissions Trading Official Expert on Thermography Internal Trainer Consultant Emissions Trading Analyst Supply Engineering 5

6 70% duurzame elektriciteit? energiewende: doelstellingen en uitdagingen

7 German Energiewende: the renewables share shall constantly grow and substitute nucelar power Nuclear phase out: effective dates of German power plants phase out Development goals: renewables share of electricity supply in Germany Source

8 Feed in amount Total consumption in EWE grid Einspeisemenge Renewables share in EWE grid increases for the time being we reached 70% at EWE NETZ Renewable Energy Sources: Wind, Solar, Biomass, Hydro & Gas [Billion kwh] 13,44 14,14 14,14 14,19 14,0 7,97 8,91 9,4 6,16 6, * Source: Public presentation by EWE NETZ as of 22nd May 2014 * Prognosis 8

9 Feed in amount Total consumption in EWE grid Einspeisemenge At some point in time renewables supply reaches almost 100% in Northwest Germany Renewable Energy Sources: Wind, Solar, Biomass, Hydro & Gas [Billion kwh] 13,44 14,14 Dec ,14 14,19 14,0 1,15 1,08 7,97 8,91 9,4 6,16 6, * * Prognosis Historical December 2013: Renewables share reaches 94% Source: Public presentation by EWE NETZ as of 22nd May

10 Renewables supply and electricity demand very often are not in accordance with each other Midnight Midnight Midnight MW MW Area above consumption level represents feed-in into upstream (transmission) network MW MW MW MW MW MW MW MW MW MW 500 MW 500 MW 0 MW Tuesday Wednesday Thursday Friday 0 MW Consumption Delivery from upstream network Source: Public presentation by EWE NETZ as of 22nd May 2014 Excess 10

11 This growth has to be paid by someone: Development of feed-in tariff fee Development in Cent per Kilowatt hour (net) Ct/kWh % annual percentage change 18,25 % 46,9 % 6,24 5,277 72,4 % 1,8 % 3,53 3,592 81,2 % 2, % 29,4 % 15,9 % 9,8 % 0,9 % 0,68 0,88 1,02 1,12 1,

12 EEG-Electricity Feed-In Amount in GWh EEG-Paymwents in Mio At the end of the day EEG results into 19 billion payments to renewable plant owners in 2013 Biomass Hydro LFG Geotherm. Solar Source: German Association of Energy and Water Industries

13 What s your opinion? Please take your smart-phone and open your browser Please visit and enter 1234 as your access pin Please answer Would you support by means of a 50% mark-up to your energiebelasting a Dutch Energiewende? 13

14 Support among Germans declined since 2011 Does Energiewende as a process towards a predominant supply by renewables appear correct to you? Yes Undecided No Don t know Specifications in % Source: Federal Ministry for the Environment (2014), Naturbewusstsein 2013: 50 14

15 Van energiewende naar warmte-, stroom- en efficiëntiewende Het juiste potentieel realiseren

16 So far we spoke exclusively about electricity Diminishing external dependencies requires more Contributions to Europe s 20% Primary Energy Saving Target Savings due to Renewables Measures in Transportation Sector Efficiency Legislatiion Further Measures (Final Consumption, CHP, etc.) Total Target Source:Claude Turmes (MdEP) 2012 based on numbers of Öko-Institut 16

17 Comprehensive energy efficiency management serves seven requirements Appraisal Project work Implementation Operations Controlling Management Administration Identify efficiency and saving potentials Develop concepts and design measures Get new installations run Ensure smooth & efficient operations Review technical and economic performance Develop and adopt the organisation Fulfill govermental requirements 17

18 Against the background of German Energiewende we look for more dialogue orientated approaches Validated Workshop Methodology for SME Towards more Energy Efficiency in four Steps 18

19 As a team participants of our workshops identify saving potentials and exchange best practices Source: ClimateCenter North 2013 Prepare a DIN Audit through - four joint workhops - two informal meetings at company sites - an accompanying workbook - individual field visits 19

20 We can draw some conclusion - If you want to increase the share of renewables pay attention to the distribution network - There is no Energiewende without utilisation of saving potentials in transport sector, buildings and industry - There are enormous numbers of low-hanging fruits: fundamental change starts with professional organised exchange 20

21 Tot ziens! EWE VERTRIEB GmbH Energy- & Carbon Management I Consulting Donnerschweer Straße Oldenburg Duitsland T.: +49(0)441 / ecm@ewe.de