© 2011 Tindall Corporation
Anatomy Of A Titan
This revolutionary new hybrid tower concept provides a practical and economical tower and foundation system that brings significant performance improvements to the wind power industry.
Comprising the lower 30 to 40-m of a 110-m or higher tower, the Atlas CTB is ideal for larger wind turbines. This flared-base, precast concrete lower section accommodates a conventional steel monotower upper section.
The large-footprint base (generally 15 m–18 m) is composed of multiple precast staves that are erected and stabilized by post-tensioning.
A big payoff: the load-distributing, large-footprint base requires a simple ring foundation with a thickness of 1 m or less.
Performance
Economics
This revolutionary new hybrid tower concept provides a practical and economical tower and foundation system that brings significant performance improvements to the wind power industry.
Comprising the lower 30 to 40-m of a 110-m or higher tower, the Atlas CTB is ideal for larger wind turbines. This flared-base, precast concrete lower section accommodates a conventional steel monotower upper section.
The large-footprint base (generally 15 m–18 m) is composed of multiple precast staves that are erected and stabilized by post-tensioning.
A big payoff: the load-distributing, large-footprint base requires a simple ring foundation with a thickness of 1 m or less.
Performance
Economics
