Annular Steel Tower Segment with Thickened Flange Region

The patent applies local quality by creating a thickening region with increased wall thickness specifically at the connection area where strength is needed, while the rest of the tower segment maintains its original, thinner wall thickness. This localized reinforcement provides the necessary load-bearing capacity at the flange connection without requiring the entire tower structure to use excessive material, thereby reducing overall material costs while maintaining structural integrity.

The thickening region is implemented as a localized geometric feature rather than a full flange structure, which simplifies the manufacturing process. Instead of producing and assembling large, complex flange components, the tower segment is manufactured with a locally reinforced wall thickness at the connection area, reducing the number of parts and assembly steps required while maintaining the necessary strength.

The thickening region confines the increased material volume to a localized area at the connection point, minimizing the impact on the tower's interior space. The rest of the tower maintains its original cross-sectional dimensions, preserving the interior volume available for cables, maintenance platforms, and other components, while still providing the necessary strength at the critical connection location.

The thickening region provides enhanced stiffness and load distribution at the connection area, which allows for the use of fewer fastening elements while maintaining the required ring stiffness and yoke stiffness. This localized reinforcement improves the mechanical interlocking capability, making the connection more efficient and simplifying the assembly process by reducing the number of screws needed.