Trust us with your project and get full engineering support of the foundation - from calculations to installation with quality control at each stage.
Trust us with your project and get full engineering support of the foundation - from calculations to installation with quality control at each stage.
Tall energy structures subjected to significant vertical, horizontal, and dynamic loads from wind, rotor rotation, and generator operation. The foundation must ensure stability, precise positioning, and deformation control throughout the entire service life of the installation.
Screw piles are driven to load-bearing soil layers, ensuring the transfer of loads from the tower, generator, and rotor system to stable soil horizons. The absence of concrete work minimizes the risks of uneven settlement and reduces construction time.
The foundation for a wind turbine is individually engineered taking into account the tower height, equipment mass, wind and cyclic loads, as well as the actual soil conditions of the site.
The screw foundation allows for the integration of piles with the wind turbine support structure and enables installation without waiting for concrete to cure.
DESIGN INSTALLATION DEPTH
ADAPTATION TO SITE SOIL CONDITIONS
ADAPTATION TO SITE SOIL CONDITIONS
LOAD-BEARING CAPACITY FOR DYNAMIC LOADS
LOAD-BEARING CAPACITY FOR DYNAMIC LOADS
НЕСУЧА ЗДАТНІСТЬ ПІД ДИНАМІЧНІ НАВАНТАЖЕННЯ
НЕСУЧА ЗДАТНІСТЬ ПІД ДИНАМІЧНІ НАВАНТАЖЕННЯ
ТОЧНА ГЕОМЕТРІЯ ТА СТІЙКІСТЬ КОНСТРУКЦІЇ
PRECISE GEOMETRY AND STRUCTURAL STABILITY
NO SHRINKAGE
For proper foundation design, geotechnical engineering surveys and structural design analysis are performed. This allows for determining the design loads, soil behavior conditions, the depth of load-bearing soil layers, and the geometric requirements of the foundation system.
Based on the obtained data, PILLAR engineers calculate the number of supports, their spacing, and the installation depth. The parameters of the geoscrews are selected considering the loads, structure type, and required geometric stability of the foundation.
Screw piles are installed with control of vertical alignment, torque, and foundation field geometry. Upon completion, the foundation is immediately ready for further structure erection—with no technological downtime or waiting for shrinkage.
