Axisol ground PV mounting system - full solar panel array in solar park by Axinar
Axisol Ground Mounting Systems

Ground PV Mounting Systems

Single-pile and double-pile Axisol mounting systems for solar parks and farmland. S420 steel, Magnelis protection, delivery up to 1 MW/week.

Plug & Play

1 MW installation in less than 5 days with a single tool and a 3-person crew.

Magnelis® / Hot-dip Galvanized

Superior anti-corrosion protection with 10-year warranty and 25+ years service life.

Free Structural Analysis

Every project includes a Eurocode-compliant structural analysis, signed by a certified engineer.

The single-pile Axisol 1 Pile and double-pile Axisol 2 Pile are ground PV mounting systems designed exclusively by Axinar. Built from S420 steel, they deliver high stability, long service life and fast installation.

A ground-mounted PV system stands on driven piles, and their depth is set by the geotechnical capacity of the plot, not by a catalogue. That is why ground solar panel mounting structures are sized per project, with pull-out tests where needed, and come with the engineering drawings and clamp types from our catalogue.

Foundation Methods

Method selection is based on the geotechnical study and project requirements.

Pile Driving

The most economical and fastest method. For non-rocky ground, ideal for medium and large-scale projects.

Concrete Foundation

For rocky, unstable or weak soils. Excellent stability in demanding conditions with custom design options.

Gabion Ballast

Cages filled with stone or inert material. Ideal for temporary projects with the ability to relocate and reposition.

Concrete Blocks

For protected areas or rocky ground. Mechanical connection with concrete, prefabrication option available.

Single-pile vs Double-pile

Single-pile Double-pile
Installation costMinimalMedium
Bifacial yieldOptimalGood
Extreme weather resistanceGoodMaximum
Difficult terrainLimitedIdeal
Power per m² of landStandardHigher
Maintenance / mowingEasyStandard
RepoweringEasyStandard

Structural elements adaptable to different soil conditions and site layouts.

The mounting adapts to any desired tilt angle.

Pile spacing: 2.75 m.

Only 5 different parts for the entire installation.

Choose Your Configuration

Single-pile and double-pile systems for every solar park size, from 100 kW to tens of MW.

Single-pile ground PV mounting system Axisol 1P1V

Single-pile Axisol 1P1V

Mounting typeGround
Panel typeMonofacial & Bifacial
Steel gradeS420 / S350GD
Corrosion protectionMagnelis® / Hot-dip Galvanized
Panel rows1
OrientationPortrait
Tilt angle5° – 35°
Max. table length80m
Single-pile ground PV mounting system Axisol 1P2V

Single-pile Axisol 1P2V

Mounting typeGround
Panel typeMonofacial & Bifacial
Steel gradeS420 / S350GD
Corrosion protectionMagnelis® / Hot-dip Galvanized
Panel rows2
OrientationPortrait
Tilt angle5° – 30°
Max. table length80m
Double-pile ground PV mounting system Axisol 2P2V

Double-pile Axisol 2P2V

Mounting typeGround
Panel typeMonofacial & Bifacial
Steel gradeS420 / S350GD
Corrosion protectionMagnelis® / Hot-dip Galvanized
Panel rows2
OrientationPortrait
Tilt angle5° – 30°
Max. table length80m
Double-pile ground PV mounting system Axisol 2P3V

Double-pile Axisol 2P3V

Mounting typeGround
Panel typeMonofacial & Bifacial
Steel gradeS420 / S350GD
Corrosion protectionMagnelis® / Hot-dip Galvanized
Panel rows3
OrientationPortrait
Tilt angle5° – 20°
Max. table length80m

Experience and reliability in every pile driven into the ground.

200 MW

Installed capacity on Axinar ground mounting systems

1 MW/wk

Delivery rate with a 3-person crew

80 m

Maximum table length for robotic cleaning

25 +

Years of durability with Magnelis protection

Ground Mount Advantages

Structural Elements

Axisol ground systems are designed in-house at the Axinar engineering department, to strict specifications ensuring maximum performance on every installation.

Clamps

Panels are secured in an upright position using a power tool, ensuring fast placement and firm retention.

Wind Load

Wind force is applied to 1/4 of the panel surface, perpendicular to the face. The rear pile is the primary factor for maximum resistance.

Robotic Cleaning

The system mounts on tables up to 80 metres long, allowing cleaning robots to maintain output at peak levels.

Ground Mount Technical Specifications

Corrosion protection
Magnelis® by ArcelorMittal, hot-dip galvanizing or electro-galvanizing. Selected per project, based on distance from the sea and ambient conditions.
Pile
Magnelis S350 ZM430
Above-ground structure
Galvanized steel DX51D Z275
Pile section
C or C+. 3 mm thickness in soft soil, 4 mm in hard or rocky soil.
Foundation methods
Ram-pile driving, concrete footing, gabion baskets
Front edge height
400 - 1,200 mm
Rear edge height
550 - 1,900 mm
Tilt angle
5° - 35°
Table width
2,750 mm
Panel frame thickness
30 or 35 mm
Design wind speed
up to 33 m/s
Design snow load
up to 2.5 kN/m²
Structural analysis
Eurocodes 1, 3 and 7, a separate analysis for every project
Earthing
The piles comply with IEC 60364 and IEC 62561-2, so they serve as foundation and protective earthing with no additional system.
Fasteners
Flanged bolts to DIN 6921 and flanged nuts to DIN 6923, galvanized class 8.8 or stainless, ViPA Milan.
Table length
up to 80 m, compatible with cleaning robots
Technical file
Structural analysis, material certificates and CE documentation, for financing and insurance cover.

What to Check in Ground Mounting Systems

On open land the mount does not stand on a known surface, it goes into the soil. Five points decide the layout and the cost, before the first pile is ordered.

What the soil says, before you count piles

Driving behaves differently in clay, in sand and over rock. Driving and pull-out tests on the actual plot give the pile depth and section. Where rock appears, the answer is pre-drilling or a second pile, and that changes the bill of quantities.

Single pile or double pile

The single-pile Axisol has the lowest installation cost and the best bifacial yield, because it shades less from below. The double-pile delivers maximum resistance to extreme weather and is ideal on difficult soil. The choice is not a preference, it follows from the loads and from the ground.

Protection is decided below ground level

The first thing to corrode is where the steel enters the soil and stays in moisture. That is why buried sections use Magnelis protection, while hot-dip galvanising covers everything above ground. In coastal or livestock environments the corrosivity class rises and the coating thickness rises with it.

What will pass between the rows

A park mown with a tractor, one that will be grazed and one cleaned by hand do not need the same clearance under the table. Clearance and row spacing go into the design from the start, because after driving they do not change.

Tilt, spacing and access

A steeper tilt needs wider row spacing so one row does not shade the next, which means less power on the same hectares. Table length drives the number of piles and the installation time. A lane is kept for machinery and maintenance.

Send us the area, the location and whatever you know about the soil, and we come back with a row layout, a bill of quantities and a structural report. Production covers up to 1 MW per week.

Request a bill of quantities for your plot

Frequently Asked Questions

Answers to the most common questions about Axisol ground PV mounting systems.

The single-pile (1 Pile) uses one pile per support point and is ideal for flat terrain with fast installation. The double-pile (2 Pile) uses two piles, offering greater stability on difficult terrain or in high wind-load areas.
Magnelis® is a zinc-aluminium-magnesium alloy offering anti-corrosion protection 10× superior to standard galvanising. It guarantees 25+ years of service life even in harsh environments.
Thanks to the plug-and-play design and pre-formed components, a 3-person crew can install 1 MW in under 5 days using just one power tool.
Yes. All Axisol models (1P1V, 1P2V, 2P2V, 2P3V) support both monofacial and bifacial panels, with appropriate clearance height for maximum use of reflected irradiance.
Maximum tilt depends on configuration: 35° for 1P1V, 30° for 1P2V and 2P2V, and 20° for 2P3V. Each installation is adapted to the geographic latitude and local conditions.
Yes. Systems are designed per Eurocodes for wind load (EN 1991-1-4), snow load (EN 1991-1-3) and seismic action (EN 1998). Every project includes a project-specific structural analysis.
Absolutely. As a manufacturer with our own 4,000 m² production line, we serve large projects and EPC contractors with consistent quality, competitive pricing and delivery schedules tailored to your project timeline.

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