American Steel and Aluminum Debuts Ground Screw for Large-Scale Solar

Why It Matters

Domestic, traceable foundations lower balance‑of‑system costs and supply‑chain risk, accelerating utility‑scale solar deployment.

Key Takeaways

• ASA's ground screws made in New England
• Ready for 2026 solar construction season
• Compatible with major tracker and racking systems
• Handles glacial till, cobbles, boulders, bedrock
• Expands ASA's foundation portfolio beyond storage and shipbuilding

Pulse Analysis

American Steel and Aluminum’s (ASA) entry into the solar‑project foundations market marks a strategic shift toward domestically sourced hardware at a time when the United States is tightening its renewable‑energy supply chains. Produced in New England, the steel ground screws benefit from a fully traceable manufacturing process, reducing reliance on imported components and mitigating geopolitical risk. ASA leverages more than two decades of experience building foundations for data‑storage, energy‑storage, and shipbuilding, positioning the company to meet the growing demand for reliable, locally fabricated solar infrastructure as the industry scales toward the 2026 construction season.

The ground‑screw design is engineered for the most demanding terrains, including glacial till, cobbles, boulders and even bedrock, eliminating the need for extensive excavation or concrete pads. Its universal interface works with the majority of tracker systems, fixed‑tilt racking, and cable‑management platforms, while optional A‑frame assemblies add flexibility for site‑specific layouts. By delivering a high‑strength steel anchor that can be installed quickly with minimal site disturbance, ASA reduces both labor hours and environmental impact, key cost drivers for utility‑scale solar developers seeking faster, cleaner construction cycles.

From a market perspective, the introduction of a domestically produced ground screw could accelerate project timelines and lower balance‑of‑system costs, two metrics that directly influence the levelized cost of electricity for solar farms. As utilities and independent power producers chase aggressive renewable targets, the ability to source foundations locally simplifies permitting and reduces carbon‑footprint reporting burdens. ASA’s move also signals broader industry momentum toward steel‑based, reversible mounting solutions, which may spur further innovation and competition among traditional foundation suppliers, ultimately benefiting developers and investors alike.