Delivering for Our Customers.
Bringing Renewable Energy to the World.
Innovative maritime solutions
Our Strategy
To fulfill our mission of providing marine-based renewable energy services, we continually optimize our partners, and processes, and profile.
Learn MoreCalculations are based upon the following: 40% Capacity Factor; 20 Yr Turbine Useful Life; 11 Kg of GHG / MWh for turbines installed; Baseline GHG / MWh for each installation sourced by country from the BP Statistical Review of World Energy 2022.
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Calculations are based upon the following: 40% Capacity Factor; 20 Yr Turbine Useful Life; 11 Kg of GHG / MWh for turbines installed; Baseline GHG / MWh for each installation sourced by country from the BP Statistical Review of World Energy 2022.
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Wind Turbine Installation
Our Process
Each project begins with careful vetting of any potential customer to ensure alignment with our ‘safety-first’ culture. On a more practical level, various risk assessments and feasibility studies are conducted to identify potential hazards. Once the vessel has been prepared and loaded with the necessary components (mobilization), the vessel proceeds to the project site to commence work. Generally, the Foundation work is performed separately from the remainder of the Turbine work and animations below are for illustration only.
Installation of the Foundation and Tower
Fixed turbines are constructed to absorb significant forces generated by both wind and waves with each installation requiring complex engineering to account for static and dynamic loads. While there are other methods to secure the turbine to the seabed, the Monopile is the most prevalent structure in use today.
The Monopile is raised by crane and hammered into the seabed.
Then, a safety-colored transitional piece is placed on top of the Monopile, leveled, and cemented into place.
Once the base is complete, the Tower is craned into position and assembled in place.
Installation of the Nacelle
Fixed turbines are constructed to absorb significant forces generated by both wind and waves with each installation requiring complex engineering to account for static and dynamic loads. While there are other methods to secure the turbine to the seabed, the Monopile is the most prevalent structure in use today.
The Nacelle is affixed to the tower through a sophisticated rotational ‘yaw’ system that allows the turbine to turn and face the wind as changes occur.
Once attached, all mechanical, communications, and environmental maintenance gear is tested and retested to ensure accuracy.
Installation of the Blades
Once the Nacelle is lifted into place and connected, the blades are attached to the Nacelle.
Using either a Blade Dragon Yoke or a Boom Lock, the blades are held steady, seated, and bolted.
For the majority of modern installations, the blades are secured individually to the Nacelle.
Wind Turbine Specifications
Next Generation
Total Height
203m
Windswept Area
39,000m²
Nacelle Weight
500t
Total Power Produced
14mW
Current Generation
Total Height
178m
Windswept Area
21,900m²
Nacelle Weight
350t
Total Power Produced
8mW
Leading the Industry
Our Fleet
We offer a diverse fleet capable of handling projects of various sizes and water depths in the most challenging conditions found in offshore environments. Eneti, through its wholly-owned subsidiary Seajacks, has established robust management systems for our vessels certified in:
Vessel Class
Latest releases
Investor Center
As offshore wind farm construction accelerates globally, our next-generation Wind Turbine Installation Vessels (WTIV) are deployed worldwide installing large wind turbines that provide clean energy, are environmentally friendly, and support communities in meeting global climate goals. In keeping with our mission, Eneti vessels have directly eliminated over 67K tons of CO2 GHG emissions YoY.
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Environmental, Social, Governance
Our Commitment
to the World at Large
As a responsible corporate citizen, Eneti fully embraces the ideal that sustainability is a central tenet the long-term viability of our business and the planet. As such, Eneti makes concerted efforts to contribute to the UN Sustainable Development Goals for peace and prosperity with specific focus on the following goals:
Social
By fostering a culture of safety, security, general well-being, Eneti endeavors to enrich the lives of our dedicated mariners, installation crews, and shore-based employees. Furthermore, Eneti looks to be a positive example of responsible corporate stewardship in the communities in which we operate.
Environmental
Recognizing a changing climate is impacting our world at large, the social fabric of our varied communities, and all species that inhabit the earth, Eneti has taken bold action to refocus our business model on environment-forward maritime energy solutions. Responsible stewardship and our sustainability goals guide our investments in next-gen installation vessels, carbon capture efforts, and exceeding our GHG reduction obligations for a safer, healthier world.
Governance
We believe that Governance requires a diversity of backgrounds, opinions, and experiences and have comprised a Board of Directors that brings strategic focus and commitment to the high standards of ethical and moral conduct outlined in our Code of Conduct and Ethics. With our Board working alongside our leadership, Eneti adheres to clearly established mandates for governance, ethics, and compliance, as well as data privacy and cybersecurity.
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Vision-Forward Leadership Committed to a Sustainable Future
Dedicated to an environmentally sustainable strategy, our leadership team brings decades of experience in the maritime industry.
Dedicated to an environmentally sustainable strategy, our leadership team brings decades of experience in the maritime industry.