• What is driving the design?
• Applicability of Monopile and Jacket foundations
• Future challenges
• Current Capabilities on Offshore Connections
China and EU Capabilities
Manufacturing Processes
• Getting prepared for the new connections
New Design Early Engagement
Wedge connection references
Developing new capabilities
• Building Resilient and Agile Supply Chain
Strategies to enhance flexibility and responsiveness
Mitigation of Risk factors (material shortages, skilled labor, logistics constraints, CBAM
and geopolitical tensions)
• Collaborative Approaches for Long-term Supply Chain Success
Developing strategic partnerships between suppliers, OEMs and Developers to ensure
providers for future readiness. Planning and long term view.
Challenges on development and scaling production for large-scale projects.
How to Continue Delivering Offshore Wind in a Financially Efficient
10:00 and Sustainable Way While Providing Value to Local Economies
• It has been a longstanding challenge to solve airtight platform support design, which is
severely exposed during pile driving installation.
• Innovative Design: In collaboration with Developer, COWI has designed a solution with no
welding to MP, providing significant risk-reduction and steel savings.
• Full-scale testing with manufacturer to prove the functionality ahead of installation.
• Certification achieved in 2024 with installation and commissoning completed
in 2027.
• Bottom fixed addressable market duplicated
• Maintenance-free submerged bolted joints development and test results
• Jackup-free installation method development and test results
• New ULS design load cases to account for wave-induced resonance and how they
compare to traditional load cases
• Determining appropriate 50-year joint environmental conditions and wave spectral
shapes for resonant sea states
• Considerations for FLS design, given increasing damage contribution from more extreme
(storm) conditions
• Current application areas for jacket foundations
• Optimization potential
• Load bearing behavior, fatigue
• Results from natural frequency analysis for assembly states of wind turbines
• Results from natural frequency analysis for foundations with and without scour protection
• Model for implementation of scour protection
• Superior fatigue resistance
• Reduced inspection and engineered for zero maintenance
• High structural capacity and low sensitivity to bolt preload
• Time efficient installation
• The connector enables further increase in turbine size and allows for keeping tower
diameters down
• Potential areas and energy prices
• Production time and port availabilities
• Scalability and Standardization: The role of standardized designs in accelerating
deployment and reducing risks.
• Project Purpose and Scope of Work
• Our Partner Organisations and Options to Join
• A holistic approach to develop a technical and commercial framework
Join us for an informal evening get together at Emma am See where some refreshing
drinks and a nice barbecue buffet will be waiting for you! You are not only visiting
an architecturally award-winning monument, but meeting your peers in a relaxed
atmosphere, exchanging business cards and reviewing the first conference day.