Active Construction

Project Aurora Wind

Next-Generation Offshore Wind Array | North Atlantic Basin

2.4 GWTotal Capacity
416Turbines
2026 Q4Full Commissioning
$8.2BInvestment

Powering the Future with Clean, Consistent Energy

Project Aurora Wind represents Aevum Zenth's most ambitious renewable energy initiative to date. Situated 48 kilometers offshore in the North Atlantic, this floating wind array leverages advanced metocean data, AI-driven structural optimization, and subsea HVDC transmission to deliver grid-scale power with unprecedented efficiency.

Designed to withstand extreme Atlantic weather patterns, the array integrates Zenth Digital Systems' predictive maintenance algorithms and Aevum Robotics' autonomous inspection drones, ensuring 98.7% annual availability and a 35-year operational lifespan.

Engineered for Scale & Resilience

⚑
2.4 GW
Installed Capacity
πŸŒ€
15 MW
Per Turbine Rating
πŸ“
242 m
Rotor Diameter
🌊
Floating
Foundation Type
πŸ”Œ
HVDC Β±525kV
Grid Connection
πŸ‘₯
1.8M
Homes Powered

Development Milestones

Q1 2021
Feasibility & Site Selection
Completed metocean surveys, seabed mapping, and grid interconnection feasibility studies.
Q3 2022
Permitting & Environmental Approval
Secured regulatory approvals across three maritime jurisdictions and completed EIA.
Q2 2023
Supply Chain & Fabrication
Initiated turbine manufacturing, floating foundation casting, and subsea cable production.
Q1 2025 - Present
Offshore Installation
Active deployment of Spar-platform foundations, turbineεŠθ£…, and array cable laying.
Q4 2026
Full Commercial Operation
Grid synchronization, commissioning of all 416 units, and PPA activation.

Measurable Outcomes

3.1M
Tons COβ‚‚ Offset Annually
14,500
Jobs Created (Peak Construction)
€420M
Annual Regional Economic Boost
98.7%
Predicted Asset Availability
NorthAtlantic GridCo
Zenth Digital Systems
MarineFoundry Ltd
Aevum Robotics Labs
SubseaTech Alliance
EU Green Infrastructure Fund

Interested in Partnership or Investment?

Download the full technical dossier, PPA summaries, and sustainability impact report for Project Aurora Wind.

Download Technical Dossier β†’ Contact Project Team