Solar Farm Piles Georgia
Foundation Masters, LLC delivers engineer-led solar farm pile foundations across Georgia. With over 25 years in structural engineering and more than 50,000 deep foundation piles installed across the Southeast, our teams bring the same production rates and QA/QC used on Florida utility projects— including 500 solar farm piles installed in Ocala in 14 days. We provide soils, design, installation, and pile testing under one accountable partner.
Engineering, Soil Work & Pile Testing
We support EPCs and developers with a complete design–build package, from investigation to verification:
- Geotechnical soil investigations per ASTM D1586 (SPT).
- Foundation design in accordance with AASHTO LRFD, and wind loads per ASCE 7-22; coordinated with GDOT structural guidance where applicable.
- Pile load testing — static compression/tension to ASTM D1143/D3689, dynamic PDA per ASTM D4945, with PE-sealed reports.
- Permitting packages coordinated with local jurisdictions and environmental compliance per the Georgia EPD.
Our approach aligns with the U.S. DOE Solar Energy Technologies Office and NREL research on PV foundations and service life.
Solar Farm Piles Georgia — Frequently Asked Questions
What pile types are used for solar farms in Georgia?
Georgia solar projects commonly use pipe piles (ASTM A252 Grade 3) for high axial and bending strength, H-beam/I-beam piles (ASTM A992) for single-axis trackers,
helical piers (ICC-ES AC358) for organic soils or fill, concrete piers for permanent heavy-duty support, and sheet piles for erosion or slope retention near wetlands.
Are PE-stamped pile designs required for solar farms in Georgia?
Yes. Utility-scale solar projects require Georgia-licensed Professional Engineer (PE) designs that meet ASCE 7-22 wind loads, local county building codes, and
Georgia DOT / AASHTO LRFD structural guidance.
What pile testing is done for Georgia solar sites?
We provide field verification using ASTM D1143 (compression), ASTM D3689 (tension/uplift), and
ASTM D4945 (dynamic PDA) testing to confirm load capacity before production driving.
How deep are solar piles driven in Georgia?
Most projects require embedment depths of 7–12 feet, determined by geotechnical borings (ASTM D1586 SPT) and verified through test piles and load monitoring.
Depth may increase in North Georgia’s rock zones or coastal plain sands with high water tables.
What site conditions influence solar pile selection in Georgia?
Georgia sites range from red clay soils with shrink-swell potential in the Piedmont, to granite and rock refusal in the north, and soft coastal sands in the south.
We also account for high wind speeds, seasonal groundwater fluctuations, and corrosion exposure.
How long do solar farm foundations last in Georgia?
Can Foundation Masters handle both design and installation?
Yes. We provide turn-key solar pile services — geotechnical evaluation, PE-sealed foundation design, test piles, driving/installation, and full QA/QC documentation for EPCs and developers.
Do you support fast-track utility-scale solar projects in Georgia?
Absolutely. Our crews have installed thousands of piles on accelerated schedules across the Southeast, with in-house engineering and load verification to keep your project on time and compliant.
How can I request a solar pile design or bid in Georgia?
Contact Foundation Masters with your site borings, drawings, and load requirements.
We’ll deliver a PE-stamped foundation design, recommend the optimal pile system, and provide a detailed cost and schedule proposal tailored to your Georgia site.
Pile & Pier Systems We Install
We engineer the system to the site — stratigraphy, corrosion, uplift/lateral demand, and construction access drive the selection:
- Pipe piles (ASTM A252 Gr.3) for high capacity and bending performance beneath tracker rows.
- H-beams / I-beams (ASTM A992) where lateral stiffness and row continuity are critical.
- Helical piers (ICC-ES AC358) for soft Coastal Plain sands or organics; torque-verified, low vibration.
- Concrete piers for heavy-duty permanent installations.
- Sheet piles (ASTM A572 Gr.50) for lateral/erosion control on challenging sites.
Steel protection specified to ASTM A123 (hot-dip galvanizing) and project corrosion models to achieve a minimum 25-year design life.
Georgia Conditions — Design Considerations
- Piedmont clays (moderate to high plasticity) — uplift/lateral design controls.
- Coastal Plain sands — lower SPT N-values; helical or longer embedments common.
- Karst/variable strata in parts of SW GA — investigation and test program critical.
- Seasonal groundwater and corrosion risk — coatings and steel thickness selection matter.
- Design wind per ASCE 7-22; racking reactions verified in foundation checks.
We verify capacity via static/dynamic tests and torque correlation (for helicals), documenting results to ASTM standards for owners and lenders.
Recent Production Benchmark
Reference production: 500 piles installed in 14 days (Ocala, FL) with verified testing and sealed reports. We scale crews and equipment to meet Georgia EPC milestones and commissioning dates.
Connected Coverage — Southeast Network
Georgia projects are supported by our Florida hub and neighboring state teams:
Get a Solar Foundation Plan
Need one accountable partner for soil investigations, PE-sealed foundation design, and pile installation with ASTM/GDOT/AASHTO/ASCE compliance? Foundation Masters, LLC delivers stamped drawings, verified capacities, and production rates proven on utility-scale PV. Contact us to review soils, drawings, and schedule.