Our solutions enable a dramatic improvement in floater design optimization that can lead to multi-hundred million cost savings, we do it fast and we make it easy. Not only that, our models can then be taken into operations to ensure you maintain and inspect your infrastructure only when and where needed.
WINDFARM CO2 SAVINGS CALCULATOR
INDUSTRY CHALLENGES
High Capex & Supply Chain challenges
Scarcity in resources and current design practices are leading to overly conservative structures, with a further cost-increase as a result of supply chain constraints. Doing more with existing resources is more important than ever.
Rising Operational Expenditure
The offshore wind industry is young, and it is critical that we learn fast to drive down its cost to be grid competitive…..and that requires a step up in our understanding of how operational use affects the state of this critical energy infrastructure.
Inability to Predict Failures
Inefficient legacy asset integrity management tools do not provide sufficiently detailed insights into structural health, leading to unnecessary and costly downtime.
Akselos incorporates, and checks for compliance against, the latest engineering/industry standards

De-risking the design of floating offshore wind foundations using the power of simulation
Your handbook to more optimised designs and lower operating cost using digital twin technology
DOWNLOAD E-BOOK Talk to our expertREDUCE LIFECYCLE COST WITH UNPRECEDENTED SIMULATION POWER

DESIGN
Streamline designs by eliminating unnecessary conservation for dramatic weight reductions while fully complying with standards. Akselos enables rapid concept screening and fully transparent design comparisons with millimeter level precision. This drives design optimizations that were previously impossible./p>


OPERATIONS
Minimize downtime and reduce OpEx by understanding structural risks at a granular level through intuitive dashboards. We enable you to make informed tradeoffs between power/revenue generation potential and the structural cost of generating that power.


ASSET LIFE EXTENSION
Gain detailed insight into the remaining structural life of assets and update your model at a component-by-component level for timely replacement of aging components. Implement predictive maintenance to safely prolong the asset’s lifespan while minimizing hazardous human inspections.

SUCCESS STORIES
Floating Offshore Wind Takes Centre Stage: Akselos at Wind Europe 2023
As a leader in digital twin technology, Akselos were eager to share our insights and explore ways to enhance the design of floating offshore wind infrastructure and jackets and ensure structural integrity monitoring of offshore wind assets.
Explore moreOptimising And Streamline The Design of Offshore Wind Floaters Using Akselos Technology
Full demonstration of Akselos technology for floating offshore wind foundations
Full Life Cycle Simulation for Floating Offshore Wind
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