A screw foundation on ground screws was selected for the facility, which allowed for:
Engineering preparation of the site Engineering analysis was conducted on a site with waterlogged soils, and the optimal foundation layout was determined to ensure the stability of the solar power plant’s support system.
Engineering design of the foundation system Developed the screw pile foundation design, taking into account geological conditions, the transfer of loads to dense soil layers, and requirements for precise support geometry.
Production of piles Ensured the production and preparation of 5,040 ground screws in accordance with the design parameters and operating conditions in waterlogged soils.
Serial installation Installation was carried out using a mechanized flow method with constant monitoring of verticality, embedment depth, and elevation marks, without noise, vibrations, or “wet” processes.
Handover for solar power plant installation The foundation system was handed over for the subsequent installation of metal structures and solar panels without additional preparatory work or geometry adjustments.
as a scalable solution was required for the rapid installation of a solar power plant without the use of concrete.
as a scalable solution was required for the rapid installation of a solar power plant without the use of concrete.
