Landscape Grid

A Green Hydrogen Hub in Northwest Germany

Transforming Industries, Reducing Emissions, Supporting Communities

Leading the Way in Green Hydrogen Innovation


Anker is a pioneering green hydrogen project located in Sande, Lower Saxony, near the port city of Wilhelmshaven—an established hub for energy and industry. Its strategic location provides access to a planned 3 GW grid substation and future hydrogen pipeline networks, making it an ideal site for large-scale hydrogen production. The project is dedicated to producing renewable, carbon-free hydrogen through cutting-edge electrolysis technology powered entirely by renewable energy sources.

As part of the Wasserstoffpark Friesland, Anker represents a flagship initiative within a regional cluster of green hydrogen innovation, designed to harness synergies between local infrastructure, industry, and renewable energy resources.

As Germany advances its hydrogen economy, Anker will play a critical role in supporting the country’s updated hydrogen strategy, which aims to achieve 10 GW of domestic electrolysis capacity by 2030. The first phase of the hydrogen production facility is scheduled to become operational by 2030, in alignment with the planned expansion of Germany’s hydrogen pipeline infrastructure. Anker will be a key contributor to the 1,800 km hydrogen start-up grid and the European Hydrogen Backbone, connecting production sites with major industrial and consumer hubs across Germany and Europe to ensure efficient hydrogen distribution.

The green hydrogen produced by Anker will significantly contribute to the decarbonization of vital industries. In steel production, it will replace coke in blast furnaces, offering a carbon-free alternative. The chemical industry will benefit from the production of green ammonia, the hydrogenation of oils for plastics, and more sustainable refining processes. The transportation sector will also see considerable emissions reductions, as hydrogen from Anker can fuel trucks, trains, ships, and potentially aircraft, accelerating the shift towards cleaner mobility.

Beyond its environmental impact, Anker will generate lasting economic benefits for the local community. The project will create new jobs, while local businesses will gain opportunities to supply materials and services, driving regional economic growth and strengthening the local economy.

By spearheading the transition to a low-carbon economy, Anker will not only help Germany meet its climate goals but also position Friesland as a key player in the European hydrogen market, paving the way for a more sustainable energy future. 

Renewable Power Source
Powered by renewable energy from offshore/onshore wind and solar photovoltaic (PV).
Annual Hydrogen Production
40,000 tons, with future expansion planned.
Electrolyser Capacity
400 MW, with a further expansion of 400 MW.
Land Size
21 hectares dedicated to electrolysis facilities and supporting infrastructure, forming part of Wasserstoffpark Friesland.
Environmental Impact
Up to 2,400,000 tons reduction in CO₂ emissions annually.
Community Engagement
Actively engaging local stakeholders to foster mutual growth and create jobs during operations.
Hydrogen And Sectors
Hydrogen for sustainability

Delivering the highest levels of sustainability

Through power purchase agreements (PPAs), Anker ensures that its hydrogen production adheres to green electricity standards, delivering the highest levels of sustainability. As an integral part of Germany’s climate strategy, Anker supports the decarbonization of key sectors such as steel production, the chemical industry, and manufacturing, while also driving economic development in Friesland. By leveraging advanced technologies and strategic positioning, the project provides clean energy solutions that align with national and regional energy goals.

What is green hydrogen, and why is it important?
Green hydrogen is created using renewable energy for electrolysis, splitting water into hydrogen and oxygen. It’s essential for decarbonizing sectors like heavy industry and transport, helping to transition to a more sustainable energy system.
How will the Anker Project support sustainability goals?
By substituting fossil fuels with renewable hydrogen, Anker will cut up to 2,400,000 of tons of CO₂ emissions yearly – equivalent to the annual emissions of approximately 340,000 households, helping Germany achieve its climate goals while promoting local energy security.
How will hydrogen from the Anker Project be distributed?
Anker will connect to Germany’s national hydrogen network, efficiently distributing hydrogen to industrial partners, making a significant impact in the sectors that need it most.
Who is involved in the Anker Project?
The Anker project is part of the Energy Transition Fund (ETF) of Copenhagen Infrastructure Partners (CIP) and is being developed in collaboration with the regional project partner Friesen Elektra.
Offshore Wind 3
Green Energy Initiative

Leading the way in green hydrogen innovation

Copenhagen Infrastructure Partners, a global leader in renewable energy investments, manages the €3.1 billion Energy Transition Fund, which focuses on next-generation technologies like Power-to-X to decarbonize hard-to-abate sectors such as industry and transportation. The fund invests in large-scale renewable infrastructure projects across Europe, North America, and other developed markets, driving progress toward net-zero emissions.

Its focus on innovative solutions such as industrial-scale green hydrogen and ammonia production aligns with CIP’s vision for a sustainable global energy system. In collaboration with local authorities, technology providers, and energy companies, CIP ensures the successful development of the Anker Project. This strong foundation positions Anker as a key contributor to Germany’s clean energy landscape and a catalyst for sustainable growth.

The Anker Project is being co-developed together with regional project developer Friesen Elektra, as an integral part of their broader Wasserstoffpark Friesland initiative. With their extensive expertise in renewable energy generation, grid integration, and sustainable energy storage, Friesen Elektra plays a key role in advancing the project. Together with CIP, Friesen Elektra is driving forward the development of green hydrogen to meet national energy goals and local community needs.

Our Vision

Anker envisions a future where clean hydrogen plays a key role in supporting various sectors, driving the transition to low-carbon energy solutions, and contributing to sustainable growth. As a significant hydrogen initiative in Germany, Anker is poised to play a key role in the green energy landscape, making a meaningful impact for both people and the planet.

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