Multiple design schemes for Large-Scale Solar Farms , Which one is the most you need?

Ground mounting systems are a critical component of large-scale solar farms, providing structural support for solar panels while optimizing energy production. These systems must be durable, cost-effective, and adaptable to various terrains.


  • Fixed-Tilt Systems


Panels are set at a fixed angle (optimized for latitude).

Simple, low-cost, and low-maintenance.

Less efficient than tracking systems but more reliable.



mounting systems solar




  • Foundation Types


Ground Screws – Quick installation, reusable, good for most soil types.

Concrete Ballasts – No deep excavation, used in rocky or difficult terrains.

Pile-Driven Foundations – Steel beams driven into the ground, ideal for soft soils.

Concrete Footings – Highly stable, used in high-wind or seismic zones.


  • Mounting Structure Materials


Galvanized Steel and ZAM Steel– Most common, durable, and corrosion-resistant.

Aluminum – Lightweight, rust-proof, but more expensive.

Composite Materials – Emerging option for reduced weight and cost.


solar panels on the ground



  • Design Considerations for Large-Scale Solar Farms


Land Utilization – Optimizing row spacing to minimize shading (using tools like PVsyst).

Terrain Adaptability – Adjusting for slopes, uneven ground, or rocky terrain.

Wind & Snow Loads – Ensuring structural stability in extreme weather.

Corrosion Resistance – Critical for long-term durability (25–30 years).

Ease of Installation & Maintenance – Modular designs speed up deployment.

We will provide the most reasonable design scheme according to the longitude, latitude and terrain requirements , and different levels of corrosion protection required of the project.


Welcome to send inquiries to info@kinsend.com, design drawings and quotation list will be provided .


Published on