Implementation of a solar carport for a commercial facility with stringent requirements for architecture, installation precision and long term durability of the structure.

The project in challenging mountainous conditions demonstrates the effectiveness of ground screws in ensuring stability, precise geometry, and minimal impact on the landscape.

Participation in a leading European exhibition demonstrated PILLAR’s engineering solutions for solar carports and ground mounted PV systems in a professional setting.

An engineering approach to agrophotovoltaics that makes it possible to combine electricity production with agricultural processes without compromising land use efficiency.

Comparative analysis of foundation systems in terms of installation speed, stability, cost, and efficiency under different soil conditions.

An engineering overview of solar carports as an integrated solution that combines electricity generation and vehicle protection, while integrating into the facility’s infrastructure.

A practical explanation of which projects benefit from screw piles and where it is more appropriate to choose other foundation solutions.

Explanation of the geoscrew’s design and how it works in the ground from an engineering perspective.

Learn how to properly select a foundation for a frame house, considering soil type and terrain. Expert advice from PILLAR.

How Soil Type Affects the Load-Bearing Capacity of Screw Piles and Why Geology Is Key for Design.

Logic of calculating a screw pile foundation: geology, loads, and pile bearing capacity.

How screw piles are installed and what to do if the pile encounters rock inclusions during screwing.