Structural Engineering, Design & Analysis
In developing and validating a marine renewable energy design concept, an early understanding of an asset’s structural integrity and survivability is crucial to defining future CAPEX and OPEX costs and determining that asset’s feasibility. OWC, via its specialist French branch, INNOSEA, provides a range of structural engineering, design and analysis services to support marine renewable energy markets in delivering cost-effective and optimised design solutions.
Market challenges
Complex or unknown environmental impacts on projects constructed further out to sea.
Unique environmental impacts of new geographies.
Cost engineering with accurate evaluation of marine loads and impact.
Questions? Get in touch
Related Services
Engineering
OWC draws on a vase range of engineering expertise to provide you with specialist engineering and analysis across every stage of a renewable project’s lifecycle.
Electrical Engineering
As experts in offshore wind, we provide engineering and consulting services throughout the offshore wind project lifecycle. However, our primary focus areas lie within the development and pre-construction phase.
WTG Engineering
INNOSEA is a leading global specialist in wind turbine generator (WTG) engineering, emcompassing integrated loads analysis and foundation design for both fixed and floating offshore wind turbines. Our integrated service solution unlocks a turbine and foundation’s complex load interactions, driving greater design certainty in developing a WTG that meets your project specifications.
Fixed & Floating Foundation Engineering & Design
We provide structural analysis and design of bottom-fixed and floating wind turbine generator (WTG) foundations, substations, foundation load simulations, coupled load assessments, installation assessment, weather downtime analysis, and mooring and anchor analysis.
Structural Engineering, Design & Analysis
In developing and validating a marine renewable energy design concept, an early understanding of an asset’s structural integrity and survivability is crucial to defining future CAPEX and OPEX costs and determining that asset’s feasibility.
Ocean Engineering
Via OWC’s French specialist engineering and marine renewable energy branch, Innosea, OWC is able to provide a wide range of complex ocean engineering services to drive optimised results at any project stage for any time of marine environment.
Related News & Media
OWC presents The Ian Bonnon Award Winner 2023: George Marling
The Ian Bonnon Award Winner for 2023 has been awarded to George Marling, Senior Geotechnical Engineer based in New York.