As global investment in solar farms, wind turbines and battery energy storage systems accelerates, the demand for faster, environmentally-friendly, and high-performance foundation systems is more urgent than ever.  Helical piles — also known as screw piles or helical anchors — are increasingly chosen by developers, EPC contractors and foundation specialists for their ability to meet tight schedules and challenging soil conditions.

The unique advantages of helical piles include the elimination of large-scale excavation and concrete curing, dramatically reducing installation time and site disturbance. These systems can be installed with compact equipment, even in constrained or remote locations, allowing many projects to move from foundation to structure in a fraction of the usual time. On the soil side, helical piles transfer structural loads deep into competent strata, offering excellent capacity even in soft or variable ground — a major advantage in large-scale renewable installations that must deliver reliably.

Better Screw Co. offers a complete range of helical-pile systems tailored for renewable-energy use-cases. From round-shaft piles for standard modules to square-shaft versions for heavy structures and high-wind sites, the company manufactures to international standards, provides OEM customization and supplies globally to regions including North America, Europe and Australia.

In this solar/renewables context, project teams benefit from faster mobilization, lower environmental impact, and reduced foundation risk. As the energy market continues to demand “fast, green, cost-efficient,” helical piles stand out as a foundation solution that aligns with these goals. Better Screw Co. invites renewable developers, foundation engineers and infrastructure planners to explore how their helical systems can shorten timelines, minimize disruption and deliver long-term performance.