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Article - The Energy Transition

Hydrogen: a key element of the energy transition

Introduction

To ensure the long-term success of the energy transition and to make progress on climate change mitigation, we need alternatives to fossil fuels. As an extremely versatile source of energy, hydrogen is going to play a major role in this context. Green hydrogen can reduce CO₂ emissions, particularly from industry and transport, where energy efficiency and the direct use of electricity from renewable sources are not sufficient. In the electricity sector, hydrogen can contribute to the security of energy supply.

To ensure the long-term success of the energy transition and to make progress on climate change mitigation, we need alternatives to fossil fuels. As an extremely versatile source of energy, hydrogen is going to play a major role in this context. When produced in a climate-friendly manner, hydrogen (H2) and its derivatives ammonia (NH3) and methanol (CH3OH), enable significant reductions in carbon emissions, particularly for industry, power plants and transport. Hydrogen (H2) and its derivatives will in the future primarily be used where the direct use of electricity from renewable sources is not sufficient or not possible.

The Federal Government wants to give the best-possible support to the various stakeholders in the hydrogen industry and has therefore created a central hydrogen website as a ‘one-stop shop’ for all matters relating to hydrogen.

As a first point of contact, it contains both general information about hydrogen, the objectives and measures of the National Hydrogen Strategy, and a compact overview of all the Federal Government’s funding instruments that are to support and promote a swift market ramp-up of hydrogen technologies at national, European and international level.

The Hydrogen Pilot Office as a dedicated information service, gives interested parties an opportunity to contact experienced funding experts per phone or email, so that they can help find the best possible funding instrument for the project in question. In addition, concrete project ideas are offered by the practical examples. Subscribe to our newsletter (see below) if you wish to be informed about new content when it is added to this website.

Robert Habeck, Bundesminister für Wirtschaft und Klimaschutz, bei Bosch

© Robert Bosch GmbH

The National Hydrogen Strategy: climate action for Germany’s industrial sector

Alongside the climate action aspects, the goal of hydrogen strategy is to play an early role in the diversification of energy imports and in Germany’s security of supply. Further to this, hydrogen technologies can also enable the creation of many forward looking jobs, new potential for value creation and access to a global market worth billions. German companies are already well positioned in this sector, e.g. in terms of fuel cell development and electrolysis for the creation of green hydrogen. The goal is to have Germany take a leadership role globally in hydrogen technologies.

To this end, the Federal Government adopted the National Hydrogen Strategy with a plan for action in June 2020. The systematic implementation and further development of the strategy has led to a flexible and results-oriented governance structure. The focus lies on the German National Hydrogen Council which assembled for its inaugural meeting on 9 July 2020 and has been active in an advisory capacity since then.

The strategy pursues the following objectives in particular:

  • Establishing climate-friendly hydrogen, especially as produced from renewable energy sources, and its downstream products as key elements of the energy transition to promote decarbonisation processes.
  • Creating the regulatory requirements for a ramp-up of hydrogen technologies, i.e. enabling the formation of domestic markets for the generation and use of hydrogen. Here the focus lies on sectors that are already close to economic feasibility or those which – with the current state of technology – cannot be decarbonised any other way, such as certain industrial and transport sectors (air, naval and long-distance transport).
  • Lowering the cost of implementing hydrogen technologies with the action plan, in order to stimulate global markets.
  • Strengthening German companies and their competitiveness by accelerating research and development and the export of innovative hydrogen technologies.
  • Securing and shaping the future supply of hydrogen from renewable sources and its downstream products. This means finding reliable international partners for the acquisition and transport of hydrogen and establishing cooperation and import structures while harnessing generation potential domestically. This offers the opportunity to expand the EU internal energy market and to cooperate with developing countries rich in sun and wind and thus having high potential for renewable energy generation – Germany could import so-called “green hydrogen” from these countries. In the interim, a European market will form for carbon-neutral (also known as “blue” or “turquoise”) hydrogen, which will accelerate the market ramp-up for hydrogen technologies on the user side (e.g. in the steel industry).

Update of the National Hydrogen Strategy

In July 2023, the Federal Cabinet agreed on the Update of the National Hydrogen Strategy, amending and further developing the 2020 strategy to reflect new developments.

The Update of the National Hydrogen Strategy is pursuing the following target visions for 2030:

  • Accelerated market ramp-up for hydrogen: the market ramp-up of hydrogen, its derivatives and hydrogen utilisation technologies will be significantly accelerated and the level of ambition along the entire value chain will be massively increased.
  • Assurance of sufficient availability of hydrogen and its derivatives: the goal for domestic electrolysis capacity in 2030 will be raised from 5 GW to at least 10 GW. The remaining need (45-50 TWh) will be covered by imports.
  • Development of a high-performance hydrogen infrastructure: by 2027/2028, the IPCEI funding will be used to construct a hydrogen network with over 1,800 km of adapted and newly built hydrogen pipelines in Germany, with over 4,500 km added in Europe (European Hydrogen Backbone). The expansion of a core network will connect all large generation, import and storage centres with the relevant consumers in Germany by 2032.
  • Establishment of hydrogen use in the sectors: by 2030, hydrogen and its derivatives will be in use in particular in the industrial sector, and there will also be growing use in air and naval transport. In the electricity sector, hydrogen plays a role in the security of energy supply with gas-fired power stations that can be adapted to carbon-neutral gases (H2-ready) and with electrolysers that can serve the system, in particular as variable and useful stabilisers and flexible loads. The latest amendment to the Buildings Energy Act and the Heat Planning Act have created the necessary policy environment for the possible future use of hydrogen for the centralised and decentralised heat supply.
  • Germany to be lead provider of hydrogen technologies by 2030: German providers will extend their technological leadership and offer the entire value chain of hydrogen technologies, from production (e.g. electrolysers) to various usages (e.g. fuel cell technologies).
  • Creation of suitable policy environment: coherent legal requirements at national, European and – insofar as possible – international level support the market ramp-up. This includes efficient planning and approval procedures, uniform standards and certification systems in particular, and a well-equipped administration coordinated at all levels.

Import strategy

The Import Strategy for hydrogen and hydrogen derivatives

The Import Strategy for hydrogen and hydrogen derivatives, which were published by the Federal Government in July 2024, supplements the National Hydrogen Strategy (NHS). The strategy aims to send clear signals to partner countries and companies about Germany’s need and willingness to import hydrogen and hydrogen derivatives. It thus makes an important contribution to improving the security of investments in hydrogen production in our partner countries and in the construction of the necessary import infrastructure.

The strategy expects a need of 95-130 TWh of hydrogen and hydrogen derivatives by 2030, of which 50-70% must be imported. By 2045, the need is expected to increase to 360-500 TWh for hydrogen and 200 TWh for its derivatives.

The Import Strategy for hydrogen and hydrogen derivatives sketches out the policy environment, measures and instruments along the entire value chain, which consist of:

  • Diversification of the product range: in the Import Strategy, the Federal Government clearly states its support for a diversified product range, including hydrogen and various derivatives like ammonia and methanol.
  • Diversification of the supply chains: the Federal Government aims at a broad diversification of supply sources and cooperates in bilateral and multilateral formats with a large number of partner countries and regions around the world. Key to this strategy are over 30 energy and climate partnerships, a number of specific H2 partnerships and the development of multiple intra-European import corridors, which are currently emerging in the North Sea, Baltic Sea, southern and southwestern European regions.
  • Transport infrastructure: the cross-border transport of hydrogen and its derivatives is made possible by the construction both of pipelines (for imports from Europe and neighbouring countries) and of import terminals (for ship-based imports from more distant regions). The onshore LNG terminals that are currently in the planning stages are designed to be able to bring hydrogen derivatives onshore in future. Pipelines will likely cover the bulk of the hydrogen demand, whilst ship-based transport will remain important for hydrogen derivatives into the long term. The building of the necessary infrastructure is based on Germany’s hydrogen core network, which is to come on stream by 2032.
  • Boosting demand: a wide array of funding instruments and incentive systems have been developed to close financing gaps for the German transformation plans in the hydrogen and hydrogen derivatives sector. This includes carbon contracts for difference (CCfDs), Federal Funding for Industry and Climate Action, the IPCEI Hydrogen, the Power Plant Security Act and the quotas of RED III. In this way, a reliable demand-side market will be established in Germany, improving offtake security for the production side and facilitating decisions on investment.
  • Stimulating the supply: the Federal Government is additionally supporting international H2 projects with instruments for funding, financing and guarantees. H2Global is a central instrument of the Federal Government enabling hydrogen to be purchased around the world. Also, the Federal Government is working to foster international availability of hydrogen, e.g. by continuing to develop the European Hydrogen Bank and by setting up the PtX Development Fund. The supply-side support is complemented by instruments to promote foreign trade and investment, e.g. export credit guarantees, investment guarantees and untied loans.
  • Sustainability standards: the Federal Government has committed to establishing, complying with and, where necessary, continuing to develop sustainability standards to ensure that the ramp-up of the international hydrogen market does not negatively affect the global energy transition. Germany is orienting itself to the European regulatory framework in this case, and is in dialogue with international partners regarding further development of and compliance with these standards. The Carbon Management Strategy will also play a role in achieving this.

Hydrogen infrastructure

Core network: a basis for the hydrogen supply

Hydrogen is an important supply of energy for the future. In order to effectively make it accessible in Germany, a hydrogen core network is necessary as a basic structure, with further development stages of the hydrogen network to follow. The goal of the core network is to connect central hydrogen sites like industrial centres, storage areas, power plants and import corridors across Germany.

Hydrogen Core Network in Germany Enlarge

© FNB Gas e.V. as per submitted application on 22/07/2024

By 2032, just under 10,000 kilometres of new pipelines and of adapted natural gas pipelines are to be added to the length of the hydrogen core network. 60% of the network is already available as natural gas pipelines, which can be repurposed for this use. A further step of the plan is to gradually connect more and more manufacturing companies or power plants via additional pipelines.

The financing needed to expand this network should arrive in the form of paid charges and be organised in the private sector. The financing model agreed upon by the Federal Government provides for the charges to be spread out over a long period (up to 2055) via an amortisation account, in order to avoid any prohibitively high charges from accruing at the outset. This solves the problem of a lack of demand (no hydrogen users) due to a lack of supply (lack of hydrogen pipelines).

Once hydrogen demand in Germany reaches a level that requires the majority of it to be imported, the network will be reconfigured to accommodate this and to enable pipeline-specific deliveries across German borders.

Further information can be found in the FAQ.

Funding guideline for international hydrogen projects

Funding guideline for international hydrogen projects

Alongside the expansion of local generating installations, Germany must import green hydrogen as a climate-friendly energy source from other countries to meet demand in the future. At the same time, export opportunities will arise from the emergence of the international hydrogen economy, as German companies will take a leading role globally in hydrogen technologies.

To this end, the Federal Ministry for Economic Affairs and Climate Action, in collaboration with the Federal Ministry of Education and Research, has published a funding guideline on financial support for international hydrogen projects. The guideline is a measure of the Federal Government’s National Hydrogen Strategy (NHS), and will be financed with funds from the economic stimulus package. The focus of this guideline is to provide grants of up to €15 million to cover financing gaps for investment plans that can serve as a point of reference but are not yet economically viable and for accompanying research projects. The Federal Ministry for Economic Affairs and Climate Action is thereby supporting the expansion of generating installations for green hydrogen and its derivatives, as well as the storage, transport and integrated use of hydrogen outside of EU and EFTA countries. The measure thus supports the international market ramp-up of green hydrogen and the use of German technology abroad. It also lays the groundwork for the future import of hydrogen.

Map shows hydrogen projects funded by the BMWK Enlarge

The funding guideline has already paved the way for numerous projects, including Oshivela in Namibia and HyDSerbia in Serbia.

Pressemitteilungen

  • 24/07/2024 - Press release - The Energy Transition

    Press release: Federal Cabinet adopts import strategy for hydrogen and hydrogen derivatives

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  • 17/11/2022 - Press release - The Energy Transition

    Press release: Habeck: "First terminal for imports of green ammonia to be built in Hamburg – the decision on the location is a landmark for the rollout of the hydrogen economy"

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  • 15/11/2022 - Joint press release - Climate Change Mitigation

    Press release: Germany accelerates climate action through global scale-up of green hydrogen economy

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  • 06/10/2022 - Joint press release - Climate Change Mitigation

    Press release: Federal Ministries present core principles for a National Biomass Strategy

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  • 07/10/2022 - Press release - Climate Change Mitigation

    Press release: New call for proposals of the Economic Affairs Ministry to accelerate the heat transition

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  • 05/10/2022 - Press release - The Energy Transition

    Press release: European Commission approves two important hydrogen projects: Economic Affairs and Climate Ministry can fund green hydrogen at BASF and decarbonisation of steel-making at Salzgitter

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  • 04/10/2022 - Press release - The Energy Transition

    Press release: Members of new Expert Commission on Energy Transition Monitoring take up work by analysing the electricity market design

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  • 28/09/2022 - Press release - Climate Change Mitigation

    Press release: Cabinet adopts 2022 Climate Action Report: pace of climate action is picking up, but gap to 2030 target needs to be closed

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  • 15/07/2022 - Joint press release - The Energy Transition

    Press release: European Commission approves 41 large-scale hydrogen projects – Tailwind from Brussels for four initial projects from Germany

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  • 12/09/2022 - Press release - European and International Energy Policy

    Press release: "Close collaboration in the energy crisis: in Dublin, North Seas countries agree on ambitious expansion of offshore wind energy through cooperation projects"

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  • 21/03/2022 - Press release - European and International Energy Policy

    Press release: Federal Minister Robert Habeck: "Expand cooperation on hydrogen with United Arab Emirates"

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