Magnora and Hiraeth Energy Form Celtic Sea Floating Wind Partnership

Magnora Offshore Wind AS has agreed Heads of Terms (HoT) on cooperation with Hiraeth Energy LLP for the development of two floating offshore wind projects in the Celtic Sea with a total capacity of approximately 700 MW.

Illustration; Hywind Scotland, world's first floating wind farm. Source: Øyvind Gravås / Woldcam / Equinor

The UK seabed manager, The Crown Estate, is planning a leasing process in the area that could see rights awarded during 2023, with projects delivered from 2030 into the early part of the next decade.

”We are progressing the expansion of our pipeline of offshore wind projects, and act on opportunities with strong, committed and competent partners,” said Kristin Gjertsen, Managing Director of Magnora Offshore Wind.

”Together with Hiraeth Energy we believe that we represent a progressive approach to the development of offshore wind projects, creating long-term value in all project phases.”

Hiraeth Energy is a Welsh project developer established to develop utility-scale renewable energy projects in Wales, with an initial focus on developing floating offshore wind projects in Welsh waters.

”The collaboration with Magnora Offshore Wind will help Wales in its ambition to create a zero-carbon economy, whilst clearly demonstrating the benefits of local ownership for the people of Wales. Together, we will develop our projects according to best practice in sustainability and work closely with stakeholders to maximise the benefits of our projects for nature and the people of Wales,” said Joseph Kidd, Partner at Hiraeth Energy.

In March 2021, The Crown Estate announced its intention to launch a new leasing opportunity for early commercial-scale floating wind projects in the Celtic Sea, and has published further detailed plans confirming its ambition to unlock up to 4 GW of clean energy capacity in England and Wales.

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The Crown Estate is working towards awarding Agreements for Lease for early-commercial scale projects of approximately 300-350 MW, and for full-commercial-scale projects of up to 1 GW.