The Erebus project marks a significant milestone in renewable energy, being the first floating wind array in the Celtic Sea.
- Burges Salmon plays a pivotal role in advising Blue Gem Wind regarding the project’s offshore and onshore consents.
- The Crown Estate plans a major wind farm licensing round, with 4GW capacity targeted initially, expanding to 20GW.
- Environmental Impact Assessments culminated in necessary consents granted by early 2023.
- The development is poised to advance Wales’ and South West England’s renewable energy goals, while offering economic benefits.
The Erebus project, a groundbreaking initiative in the field of renewable energy, is the first floating wind array to receive consent in the Celtic Sea. This notable advancement highlights the project’s potential to influence future developments in the area.
Guided by Burges Salmon, Blue Gem Wind successfully navigated the complex regulatory landscape to obtain both offshore and onshore consents for this 100MW project. This legal support underscores the importance of expert advice in achieving the necessary approvals for such pioneering endeavors.
In an initiative spearheaded by The Crown Estate, a licensing round is anticipated in the first half of 2023. This round aims to establish up to 4GW of offshore wind capacity, with further ambitions to expand to 20GW, thus reinforcing the UK’s commitment to renewable energy.
Following a detailed Environmental Impact Assessment process, which is crucial for projects of this scale, Blue Gem Wind was granted essential consents in February and March 2023. These approvals mark a significant step towards the realisation of the Erebus project, ensuring it aligns with environmental standards.
This development not only aims to bolster Wales’ and South West England’s renewable energy capabilities but also aspires to enhance economic prospects in the region. By creating new low carbon supply chain opportunities, the Erebus project is set to provide lasting benefits to coastal communities.
The Erebus project represents a key advancement in the renewable energy sector, with significant potential benefits for regional economies and environmental goals.
