Wind-engineered steel arrays for open-ground and utility-scale solar — fixed-tilt, seasonal-adjustable and elevated frames, hot-dip galvanised for a 25-year field life.
Open land gives you the freedom to set the perfect tilt, row spacing and clearance — and a ground mount structure is what turns that freedom into generation. ENSOL engineers each array around your real site data: the wind category, the soil, the modules and the plant layout.
Every member is fabricated in-house in Raipur, punched and marked for weld-free site assembly, and hot-dip galvanised so the frame holds its strength across a 25-year service life. Foundations are chosen from geotechnical data and proven with on-site pull-out tests before the array is set.
From the lowest-cost fixed-tilt field to raised dual-use frames — each configured to the site rather than pulled from a fixed catalogue.
A rigid single- or dual-post frame set at a fixed optimum tilt for the site latitude. The workhorse of utility and industrial arrays where the lowest cost per watt and minimal maintenance matter most.
Manually re-set tilt angles for summer and winter to lift annual yield without the cost of a motorised tracker. Ideal for sites that want extra generation with simple, robust hardware.
Galvanised sections driven directly into competent soil — no concrete, fast to install and fully reversible at end of life. The default foundation for large open-ground plants on stable terrain.
Helical screw anchors for loose, rocky or high-water-table ground where ram piles struggle. Loads are checked with on-site pull-out tests before the array is set.
Precast or cast-in-situ blocks for sites where the ground cannot be penetrated — landfills, capped surfaces or hard rock. Weight-balanced against site wind loads.
Raised frames that lift the module bank clear of flooding, grazing or dual land use. Engineered clearances keep the array serviceable while freeing the ground below.
The frame is only as sound as what holds it down. ENSOL matches the foundation to your geotechnical data and confirms it with on-site pull-out tests.
Driven steel sections for stable, competent soils. Fastest to install and the lowest-cost option where ground conditions allow.
Torque-set helical anchors for loose, sandy or rocky ground and high water tables — loaded the moment they pass pull-out testing.
Cast footings or precast ballast for non-penetrable surfaces such as rock, landfill caps and made-up ground.
Frames analysed to your site's basic wind speed — up to 215 kmph terrain categories — with member sizing to match.
Every member is hot-dip galvanised for a service life targeted at 25 years in open, corrosive field conditions.
Members arrive punched, marked and ready to bolt — cutting site labour and eliminating field welding.
Rail spacing and clamps configured for framed or bifacial modules in portrait or landscape layouts.
Ram pile, ground screw or ballast selected from geotechnical data and verified with on-site pull-out tests.
Fully bolted assemblies simplify alignment, allow re-torquing and let the plant be de-commissioned cleanly.
Indicative specifications — final member sizing, coating class and foundation are confirmed against your site's wind, soil and module data.
Verify all coating grades and yield-strength values against your production sheet before publishing.
| Structure type | Fixed-tilt, seasonal-adjustable, elevated ground mount |
|---|---|
| Primary members | HR / cold-formed sections, purlins & rafters |
| Steel & coating | HDGI ~80 micron; ZAM / MagSure / Solgal 150–500 GSM; Al-Zn / Galvalume 70–150 GSM; MS Black (YS 210 / 240 / 350 MPa) |
| Design wind speed | 150 / 180 / 215 kmph (by terrain category) |
| Design life | Up to 25 years (galvanised system) |
| Module tilt | Fixed optimum, or seasonal / adjustable range on request |
| Module orientation | Portrait or landscape; framed & bifacial |
| Foundation options | Ram pile • ground screw • concrete footing / ballast |
| Ground clearance | Configured to site — flood, grazing or dual-use |
| Fasteners | Hot-dip galvanised / stainless bolting |
| Standards reference | IS 800, IS 875 (wind) & MNRE guidance |
MW-class fixed-tilt fields engineered for fast, repeatable installation across large land banks.
Captive generation for factories, warehouses and campuses on adjacent open land.
Raised or adjustable arrays for flood-prone, grazing or dual-use land, and wind-solar hybrids.
Cutting, punching, forming and galvanising under one roof in Raipur — control over quality and lead time.
Every array is sized against your wind, soil and module data, not a one-size catalogue frame.
Batch production and marked, kitted deliveries keep large plants on schedule.
From geotechnical review and BOM to dispatch and on-site erection guidance.
Eleven controlled stages, all under ENSOL's own roof in Raipur.
Terrain category, basic wind speed and geotechnical data set the loads the frame must carry.
Members are sized and the layout modelled to IS 800 / IS 875 with your module and row geometry.
Steel grade and coating class chosen for the site's corrosion and load profile.
Sections cut to length on calibrated lines to keep tolerances tight across the batch.
Holes are CNC-punched and each member marked for tool-free, weld-free site assembly.
Brackets and sub-assemblies are formed and welded, then dressed for galvanising.
Every part is dipped for a uniform zinc layer that protects the frame across its service life.
Coating thickness, dimensions and welds are checked against the release checklist.
Members, fasteners and clamps are bundled per row and labelled for the erection sequence.
Kitted structures are loaded and shipped to site with the fabrication drawings.
ENSOL guides pile-setting, alignment and torque so the array goes up right the first time.
The right structure is quiet — it just keeps the modules at the perfect angle, through every monsoon and heat wave, for decades.
Still deciding? Talk it through with Aditya on +91 99772 66990.
It is a steel framework fixed to the ground — rather than to a roof — that holds solar modules at an engineered tilt. Ground mounts suit open land, giving the freedom to set the ideal angle, spacing and clearance for maximum generation and easy maintenance.
It depends on the soil. Ram (driven) piles suit stable ground and install fastest; ground screws handle loose, sandy or rocky soil and high water tables; concrete footings or ballast are used where the ground can't be penetrated. ENSOL selects the type from your geotechnical data and confirms it with on-site pull-out tests.
Fixed-tilt gives the lowest lifecycle cost and is the standard for most utility and C&I plants. Seasonal-adjustable frames let you re-set the angle for summer and winter to lift annual yield, at a modest cost premium and with simple manual hardware.
Frames are engineered to your site's terrain category and basic wind speed — commonly 150, 180 or 215 kmph — with members and foundations sized accordingly, referencing IS 875 wind provisions.
The galvanised steel system targets a service life of up to 25 years in open field conditions. Coating class and steel grade are matched to how corrosive the site is.
Yes. Beyond fabrication we provide fabrication drawings, kitted and labelled deliveries, and on-site guidance for pile-setting, alignment and torqueing.
Share the location, capacity, module type and soil report. ENSOL returns a wind-checked layout, BOM and foundation recommendation.