At an early project stage we support you in making the right decisions on instrumentation and monitoring strategy. We provide you with a high-level instrumentation plan, a high-level monitoring strategy and associated costings.
We provide you with a high-level instrumentation plan.
With our experiences from the Oil&Gas industry, Carbon Trust Floating Wind JIP studies, and floating wind turbine monitoring projects, we understand the benefits of a flexible, technology agnostic approach.
Our focus is on recommending a holistic and efficient instrumentation strategy which can scale from single turbines, to large commercial scale wind farms, while minimising O&M costs.
We provide you with a high-level monitoring strategy and associated costings.
As part of our services we provide risk and feasibility assessments for monitoring strategies and support he concept selection process.
Based on the assessment we develop the system integrity plan and provide recommendations for an optimized instrumentation strategy.
During commissioning we adapt the monitoring models to the onsite parameters and conditions. After calibration the full floating wind farm monitoring is in operation and provides you with regular performance reports, real-time alerts and a dashboard for insight analytics.
During the commissioning of a floating wind turbine, several key tasks ensure smooth and reliable operation.
First, we perform model adaptations to align with the unique onsite conditions, particularly fine-tuning the mooring layout and anchor positioning for optimal model match. We also focus on tuning the hydrodynamic response to account for onsite conditions and the particular characterization of the individual asset.
Next, we configure the reporting and analysis tools within the dashboard, offering clear and insightful monitoring of performance data.
Finally, we calibrate the forecasting and maintenance submodules to support predictive maintenance and efficient operation in the long term.
After commissioning we provide you with design validation analytics, a risk-based inspection scheme, operational planning, predictive maintenance and a life-time monitoring of the asset.
After commissioning is complete, mooring, cable or structural integrity engineering support is often requested alongside Ozea application licenses, helping to bridge the gap between the outcomes of monitoring and integrity management plans. The expert support provided may include:
Industry leaders for mooring integrity management and floating wind turbine modeling support you in the development of the Integrity Management Plan, an Optimised Instrumentation Strategy, and Ongoing Integrity Management Support. Ongoing technical support to the project through our mooring, cable, structural and control expertise.
More than a decade cumulative asset-years of operating experience using the Smart Integrity Mooring Checker for mooring integrity monitoring and demonstrated capability for detection of mooring failures.
Industry leader in terms of track record for cost-effective remote mooring integrity monitoring using dry sensors, which addresses Class Society / Regulator requirements. We provide solutions which are commercially scalable, modular and extensible.
No, we can work with different measurement strategies and sensors. With different available measurements the accuracy and the possibility to predict certain loads change. Therefore, we can support you with selecting a good and reliable sensor strategy to enable advanced monitoring and integrity management.
Ozea is completely sensor agnostic. This means we can work with different sensors and measurement concepts. In pre-commissioning phase we support to develop and design the instrumentation strategy to ensure that the selected sensors doesn’t prevent an advanced monitoring concept. During commissioning we can support the procurement of sensors or deliver Ozea with sensors.
Get in touch with us to discuss how we can support your project stage with monitoring and O&M expertise.
