Innovation alliance of HH and SH for the energy system of the future

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1 Foto: / Christian Sparbiehr Innovation alliance of HH and SH for the energy system of the future Lars Kaiser, Project Coordination Schleswig-Holstein September, 12th 2018 Energidag Aalborg

2 Our ambition The future of the energy transition will be formed by the ability to provide effective climate protection and a secure and stable energy supply in combination with an operating market. The ability to inform and involve the public plays a major role for the energy transition. NEW 4.0 intends to demonstrate this ability. 2

3 Transformation of the Energy System Goals 2035: Sustainable regenerative energy supply in Schleswig-Holstein and Hamburg Reliable, cost efficient, environmentally friendly supply of energy till 2035 Conditions: security of supply, system stability Market economy and market competition social acceptance De-carbonisation, reducing CO₂ emissions Effects: Providing incentives for innovations, new technologies, new markets and value chains, strengthening competitiveness, social acceptance and feasibility of the energy transition 3

4 Partners 4

5 Energy situation of the Hamburg /Schleswig-Holstein region 4.5 Mio. residents Schleswig-Holstein as a region of production, Hamburg as region of consumption, RES installed, 9 GW Interconnector: Energy hub north-europe: Southlink, northlink, west-coast-link, offshore windfarms Industry hub in Hamburg, huge potential of flexibilization Disparities: extreme and increasing disparities between production and load needs to be managed. Wind energy production will be quadrupled by 2035, three times more compared to electricity demand x4 The model region provides the main challenges of the energy transition representatively 5

6 [TWh] [Mio. ] Expenses through system-stabilizing measures Development in the model region: Strong increase of feed-in management on RE electricity System-stabilizing measures in 2016 (only Schleswig-H.): Down-regulated electricity: 2.7 TWh/1900 hours Ratio of RE-electricity: 14 % Claims for compensation: 273 mio. 3,00 2, System management: About 200 mio. /year 1, Total cost : Approx. 500 mio. each year about 2 billion during project term 0, Regulation RE electricity in SH Claims for compensation 0 Aim: Avoiding feed-in management, reduction of economic costs, exploitation of locally produced energy 6

7 Dual strategy of NEW 4.0 NEW 4.0 solves the main challenges of the energy transition with a dual strategy: increase electricity export into other regions through the efficient use and development of the energy infrastructure in the region + increase local energy-self-utilization introducing flexibility measurements and sector coupling converting power in other energy forms (heat, mobility, hydrogen) Intelligent Information- and Communication Technology (ICT) battery-, high-temperature-, storage, virtual power plants, market platforms + power-to-heat, power-to-gas, CHP, power-to-steel, power-to-steam 7

8 Fields of activities for climate strategies in the area Coupling of all life areas with RE Heating households Kiel Transportation & Logistics Electricity sector Gas H 2 O - + H 2 Governmental institutions Industry Agriculture Trade 8

9 NEW 4.0 sector linkage: Digitalization and ICT Kiel - + H 2 O H 2 9

10 Strong network of demonstrators 200 MW flexibility, storage, MW virtual power plants EnSPireMe GmbH Battery storage (48 MW) Reactive power (38 MVar) ARGE Netz GmbH & Co.KG Renewable energy power station Virtual power plant for system integration (1.300 MW) Coulomb GmbH Second batteries (+5/ -5 MW) Wind to Gas Südermarsch GmbH & Co. KG Electrolyser (+2,4 MW) Wind to Gas Südermarsch GmbH & Co. KG Fraunhofer ISIT Battery storage (+2,5/-2,5 MW) Sasol Germany GmbH PtH as CHP replacement (+4 MW) PtH for thermal oil (+7 MW) Trimet Aluminium SE Flexibilization of aluminium electrolyse (+13,2/-6,6MW) ArcelorMittal Hamburg GmbH Power-to-Steel (+10/-10 MW) Billet heating Vattenfall Wärme Hamburg GmbH PtH heating grid (+45MW) PtH in local heating grid (+1,5 MW) Maßstab 1: Nordfriesland Dithmarschen Flensburg Schleswig- Flensburg Steinburg Rendsburg- Eckernförde Neumünster Pinneberg Kiel Segeberg Hamburg Plön Stormarn Ostholstein Lübeck Lauenburg Worlée GmbH PtH for thermal oil (1,5MW) Energie des Nordens GmbH & Co.KG Electrolyser (+1,3 MW) Stadtwerke Flensburg GmbH PtH with district heating grids (+0,8 MW) Stadtwerke Norderstedt Smart Home Hamburg Energie GmbH PtH with over night storage heater Siemens Wind Power GmbH & Co. KG/Hamburg Energie GmbH High temperature storage (+5,4 /- 1,8 MW) Nordex SE/HAW Hamburg/CC4E und Vattenfall Europe Innovation GmbH Battery storage in wind farm (+0,7/ -0,7 MW) Aurubis AG Power-to-Steam (+5 MW) HanseWerk Natur GmbH VPP from CHP (+/- 1,2 MW) PtH with VPP (+3,0 MW) 10

11 In NEW 4.0 we have developed the ENKO concept to reduce renewable curtailment Tomorrow: Targeted increase of local loads to reduce bottlenecks DSO TSO DSO Other assets TSO Today: Grid congestions are solved by renewable curtailment 11

12 Leading region for innovation and energy transition Future orientation NEW 4.0 as a innovation driver for the region and the energy transition innovation alliance strong transfer of know-how by all consortium partners from different branches new models new market platforms and regulatory models enable testing and verification of an advanced energy market design Invest m Thereof funding 45m Market impact projects with a high level of innovation create new products & services, value chains and various market opportunities in the energy market Social acceptance increase acceptance and achieve multiplier effects through wide-range crossmedia communications transferability blueprint for the energy transition 12

13 Foto: / Christian Sparbiehr Thank you for your attention Publisher: project management office NEW 4.0 conception: qub media GmbH CC4E, HAW Hamburg, 2018

14 Diese Präsentation ist urheberrechtlich geschützt. Jede Verwertung außerhalb der Grenzen von NEW 4.0 ist ohne Zustimmung des Autors unzulässig und strafbar. Herausgeber: Projektbüro NEW 4.0 Konzeption: qub media GmbH CC4E der HAW Hamburg, 2018