Uniper, Ørsted to generate Green Hydrogen fom Offshore Wind Power Plant in Germany

Uniper, one of Europe’s largest power producers and a global gas trader, and Ørsted, the world market leader in the design, construction, and operation of offshore wind farms will jointly develop offshore wind with hydrogen on a large scale at Uniper’s Wilhelmshaven site

Irsching power plant run by Uniper in Germany. Credit: Uniper website

Irsching power plant run by Uniper in Germany. Credit: Uniper website

In a Memorandum of Understanding (MoU), the companies Uniper and Ørsted have committed themselves to the goal of jointly developing offshore wind with hydrogen on a large scale. The project will directly integrate hydrogen production from offshore wind power at Uniper’s Wilhelmshaven site. The transmission system operator TenneT has agreed to realize the transport of wind power from sea to land.

Wietfeld, CEO of Uniper Hydrogen, said: “Germany and Europe must remain strong industrial locations – and at the same time achieve ambitious climate protection targets. By integrating offshore wind and hydrogen, we can significantly support industries such as the chemical, steel or transport sectors in their decarbonization.”

Jörg Kubitza, Germany Managing Director of Ørsted, said: “Green hydrogen from offshore wind power is the driver of German decarbonization, as it plays a key role for future climate neutrality. I am very pleased that in Uniper we have a partner at our side who will continue to push and promote the generation of renewable offshore wind power with us in order to be able to achieve Germany’s climate targets.”

Tim Meyerjürgens, COO of TenneT, said: “Integrated planning of electricity and hydrogen will become the key factor in a successful energy transition. Electrolysis must take place where renewables are generated and available in sufficient quantities, namely primarily on the coasts.”

Uniper began developing the Wilhelmshaven Green Hydrogen project in 2020. It is expected that an electrolysis plant with a capacity of 70 megawatts (MW) will be installed from 2025, to be expanded to 410MW by 2030. The renewable electricity required for the electrolysis will prospectively come from Ørsted offshore wind turbines. Thanks to the existing substations and its proximity to the coast, the Uniper site in Wilhelmshaven has all the necessary prerequisites to play a key role in the local energy transition. In addition, the direct conversion of renewable electricity into green hydrogen means that any power grid bottlenecks can be avoided.