-Structural and logistical constraints beyond current standards
-New turbine generations and the pressure on tower design
-The balancing act between height, cost, and manufacturability
-With increasing turbine sizes, tower diameters and heights have increased significantly in the recent years.
-Larger towers lead to larger deformations and to different vibrational behaviour, impacting the tower internals
-New failure modes in tower internals have been observed in the field and ask thus for changes in the design methods for these, up to now often overlooked, components.
-This presentation will provide an overview on these new challenges and propose approaches for improved structural design of tower internals.
• Brief Introduction to Project Background
• Design-Related Information
• Prefabrication, Production and Assembly
• Hoisting Technology
• Key Structural Technologies
• Picture Display + Prototype Monitoring
• A glimpse into the manufacturing process.
• Jointing techniques and onsite assembly.
• The challenges and benefits of modular towers made from wood.
Experience from Working with AMD1
Planned Machining implemented
Overview of information from Sites
• Advances in ENERCON’s hybrid steel tower design
• Test-assisted joint development under IEC 61400-6
• Creep and sliding resistance at ultimate limit states
• Navigating design trade-offs: structural integrity, manufacturability, and transport
constraints
• Cost, availability, and adaptability across geographies
• Evaluating new material systems versus modular hybrid configurations for next-gen towers
• Latest finding from DNV´s ACE 2 Joint Industry Project
• Impact of growing turbine size
• Simpified vs. sophisticated approaches
• Upcoming revisions of rules and standards
• Introduction to Smart PU Slip-Joint Technology
• 3XL Monopile Case Study: Addressing Future Challenges of Large Fixed-Bottom
Foundations
• Submerged Segmentation: Design Optimization from Technical and Cost Perspectives
• Technical Feasibility and Process Integration at Monopile Manufacturer
Benefits for the Supply Chain
• 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
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 awardwinning monument, but meeting your peers in a relaxed atmosphere, exchanging business cards. and reviewing the first conference day.