Clean Energy Partnership CEP Strong partners engineering a zero emissions future A lighthouse project within the National Hydrogen and Fuel Cell Technology Innovation Program (NIP) Breakfast at Sustainability s, Brussels November 12, 2009 Ulf Hafseld, Leading Business Developer New Energy, Statoil
Common approach across branches, research and development for an emission-free future for cars and buses CEP A lighthouse project within the NIP
CEP Strong partners from all industrial sectors The German federal Government Energy and Technology: Linde Shell Hydrogen StatoilHydro TOTAL Vattenfall Europe Car manufacturers: BMW Daimler Ford GM/Opel Volkswagen Public transport: Berliner Verkehrs Gesellschaft BVG Hamburger Hochbahn HVV
CEP 2003 2007 Technology wise one of the most versatile hydrogen projects in Europe More than 400.000 driven kilometres with hydrogen More than 3000 hydrogen fuellings Two new partners Sustainable increase of existing stations and cars Technology development e.g. introduction of a fully automatic LH2 automotive fuelling system
Why Clean Energy Partnership and Hydrogen Technology... Creation of new jobs Germany as a place for business and innovation Economy Environment Everyday life Ensuring a low- / zero-emission energy supply Ensuring clean mobility Ensuring hydrogen from diverse energy sources Being extremely flexible
Creating new jobs Automotive and refuelling technology
Most suppliers of a hydrogen fuelling station are small and medium sized enterprizes > 10.000 employees < 100 employees More than 75% of the suppliers of the hydrogen fuelling station are high tech small and medium sized enterprizes 1.000 10.000 employees 100 1.000 employees
Why Clean Energy Partnership and hydrogen technology... Creation of new jobs Enhancing Germany as a place for business and innovation Economy Environment Everyday life Ensuring a low- / zero-emission energy supply Ensuring clean mobility Ensuring hydrogen from diverse energy sources Being extremely flexible
Enhancing Germany as a centre of business and innovation Dry piston compression Automotive fuelling system
Why Clean Energy Partnership and hydrogen technology... Creation of new jobs Enhancing Germany as a place for business and innovation Economy Environment Everyday life Ensuring a low- / zero-emission energy supply Ensuring clean mobility Ensuring hydrogen from diverse energy sources Being extremely flexible
Ensuring a low- / zero-emission energy supply Hydrogen is a clean energy source which is odourless, invisible and nontoxic The availability of hydrogen in bound consistency is almost unlimited. Through the use of energy together with electrolysis or steam reforming hydrogen can be separated from its compounds Hence hydrogen can be made from renewable energy sources by using electricity Hydrogen allows the utilisation of sustainable energy within the public transportation field The usage of hydrogen does not produce any carbon dioxide emissions With hydrogen, sustainable electric mobility becomes a real possibility
Why Clean Energy Partnership and hydrogen technology... Creation of new jobs Enhancing Germany as a place for business and innovation Economy Environment Everyday life Ensuring a low- / zero-emission energy supply Ensuring clean mobility Ensuring hydrogen from diverse energy sources Being extremely flexible
Ensure clean mobility New cars and more cars Planned cars for phase II: GM Opel HydroGen4 BMW Hydrogen7 Ford Focus Fuel Cell Daimler B-Class F-Cell VW Tiguan HyMotion3
Why Clean Energy Partnership and hydrogen technology... Creation of new jobs Enhance Germany as a place for business and innovation Economy Environment Everyday life Ensuring a low- / zero-emission energy supply Ensuring clean mobility Ensuring hydrogen from diverse energy sources Being extremely flexible
Diversity of hydrogen production Natural Gas Power Lignocellulosic Biomass 3 Wind Power 0 Biogas 2 Electrolysis Electrolysis Algae
New and planned infrastructure of the CEP in Berlin and in Hamburg BERLIN Spandau TOTAL Holzmarktstrasse TOTAL/StatoilHydro/ Linde In the South of Berlin Shell Heidestrasse TOTAL Additional locations of Total HAMBURG Hafencity Vattenfall Additional locations of Shell und Total
Sustainable hydrogen production and new infrastructure in phase II and III Hydrogen from electrolysis in Berlin, Holzmarktstrasse Hydrogen from electrolysis in Hamburg, HafenCity Hydrogen with electrolysis from wind power at Stolpe Hydrogen supply from wind power plant for Heerstrasse in Berlin
Electrolysis for CGH 2 Compression to 500 and 900 bar Under ground storage of CGH2 460 and 1000 bar CGH2 dispensers 350 and 700 bar Trucked in LH2 Automotive fuelling system Handling of boil off with local CHP TOTAL-StatoilHydro-Linde Berlin-Mitte: New hydrogen infrastructure planned
Technology challenges Efficient hydrogen production technologies Infrastructure build-up Available cars at reasonable prices Efficient, cheap and light storage of hydrogen Measurement of hydrogen sufficient for sales and taxation
Challenges in international politics Consensus on EU- and global level regarding frame conditions, rules, regulations and authorizations Legislation for hydrogen distribution and the operation of hydrogen fuelling stations and vehicles
The A-quartet Accessible energy at Affordable prices with Acceptable impacts and Adequate return for investors
BMW Group BVG DAIMLER Ford GM/Opel HOCHBAHN Linde Shell Hydrogen StatoilHydro TOTAL Vattenfall Europe VOLKSWAGEN AG