Ground Mount Solar Racking Structures
If your solar project is on open land rather than a roof, you need a ground mount solar racking system built to handle real ground conditions: uneven terrain, high wind, and years of weather without maintenance. SMS Solutions designs and supplies ground mounted solar racking for commercial, industrial and utility scale projects across India, built from galvanised steel (IS 2062 E250) and aluminium alloy (6005A-T5), and engineered to IS 875 Part 3 wind load standards.
We have supplied structures for over 350 MW of solar capacity across the country, so we understand what changes from one site to the next. Soil type, wind exposure, panel layout and budget all affect the right ground mount solar racking price for a project, and we work through those factors with you before we quote.
Pole Mount Solar Structures
For smaller ground mount projects, or sites where a full racking table is not practical, we supply pole mount solar panel structures. These use a single or twin pole foundation with an adjustable tilt bracket, which makes them a good fit for pump sets, telecom sites, and small commercial installations where space is limited but ground access is easy.
Tension Racking Systems
Tension racking solar panels use a cable supported structure instead of a rigid frame, which cuts down on steel and foundation work significantly. It suits larger open sites where the ground is not perfectly level, and where reducing the number of foundation points brings down both material cost and installation time. We can advise whether tension racking or a standard fixed frame makes more sense for your site.
Heavy Duty Ground Mount Structures
Utility scale and industrial projects often need a heavy duty solar mounting structure that can carry larger modules, withstand higher wind loads, and hold up over a 25 year project life without needing rework. Our heavy duty ground mount range is built for exactly this, with deeper foundations, thicker steel sections, and a design that has been tested against IS 875 wind load requirements for Indian conditions.
Off Grid Solar Racking
Off grid solar racking systems are common for remote sites, farms, and standalone installations without a direct connection to a roof or an existing structure. We build these to the same wind load and material standards as our grid connected ground mount systems, so reliability does not drop just because the site is remote.
Why EPCs and Developers Choose SMS Solutions
- Aluminium alloy 6005A-T5 and IS 2062 E250 galvanised steel, chosen for corrosion resistance and long term strength
- Every design checked against IS 875 Part 3 wind load standards for Indian weather
- Trusted by 200+ EPCs and solar developers on 350+ MW of installed capacity
- In house design team that adjusts the structure to your site, not the other way round
Frequently Asked Questions
What affects ground mounted solar racking price?
The main factors are soil condition and foundation type, wind load requirements for your region, module size and layout, and whether you need a fixed tilt, tension racking or pole mount design. We can give you an accurate quote once we know your site details.
Is pole mount or a full racking table better for a small site?
Pole mount solar structures work well for smaller loads and sites with limited space, such as pump sets or small commercial rooftless installations. Larger arrays are usually better served by a full ground mount racking table, which spreads the load and cost more efficiently.
Can SMS Solutions supply structures for off grid projects?
Yes. Our off grid solar racking systems use the same materials and wind load engineering as our grid connected structures, so you get the same reliability whether or not the site has grid access.
What is the difference between tension racking and standard ground mount?
Tension racking uses cables under tension to support the panels, which reduces the number of foundation points needed. Standard ground mount uses a rigid steel or aluminium frame fixed directly to the ground. Tension racking often works out more cost effective on large, slightly uneven sites.