Agrivoltaic East West ground mounting system - Axinar
Agrivoltaic East West Mounting System

Agrivoltaic East West

Ground-mount solar tracking system with dual East–West orientation. S350GD steel with Magnelis coating, 25° tilt, maximum table length 80m. Ideal for agricultural land with dual land use.

Dual Land Use

Energy production and farming on the same land — maximum land productivity.

Magnelis / Hot-dip Galvanized

Superior corrosion protection with S350GD steel for 25+ years of service life in agricultural environments.

Free Structural Analysis

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

The Agrivoltaic East West system by Axinar combines solar energy generation with agricultural activity on the same land area. With dual East–West orientation, panels are installed in pairs at opposing 25° tilts, ensuring uniform energy production throughout the entire day.

The East-West configuration allows denser panel placement with reduced inter-row shading, greater utilisation of available land, and a smoother production curve — with peaks in the morning and afternoon rather than only at midday. Open corridors between rows allow agricultural machinery access and uninterrupted farming.

Foundation is by driven pile (ramming) with no concrete required and minimal ground disturbance. S350GD steel with Magnelis or hot-dip galvanising provides maximum corrosion resistance in agricultural environments — fertilisers, moisture, and saline soils.

The system is designed and manufactured entirely in-house at the Axinar production facility in Thessaloniki, Greece. Every component — from the S350GD purlins to the Magnelis-coated piles — is produced under ISO 9001:2015 and ISO 14001:2015 certified processes. Each project is accompanied by a free structural analysis per Eurocodes (EN 1991 for loads, EN 1993 for steel structures, EN 1998 for seismic action), signed and stamped by a certified civil engineer.

The East-West agrivoltaic system supports both monofacial and bifacial panels. Bifacial modules in this configuration capture reflected light from the ground between rows, increasing total energy yield by 5–15% depending on ground albedo and local conditions. Combined with a maximum table length of 80 metres and modular connectors, deployment at MW scale is fast and cost-effective.

Driven Pile Foundation

Fast, cost-effective foundation without concrete — ideal for agricultural land.

Ramming (Driven Piles)

Steel piles are driven directly into the ground using a hydraulic pile driver, with no excavation or concrete required. The method is fast, cost-effective, and fully reversible — at end of life, piles are extracted without leaving any residue.

Terrain Adaptability

The structure adapts to uneven terrain without the need for land levelling. Each pile embedment depth is adjusted independently to compensate for slopes and irregularities — minimal disturbance to agricultural land.

Simultaneous agricultural farming and solar energy generation on the same land.

East-West dual orientation for uniform production from morning to afternoon.

Maximum table length of 80m — fewer piles, faster installation.

Magnelis / Hot-dip galvanised protection for 25+ years of durability in agricultural environments.

Technical Specifications

East-West agrivoltaic ground mounting system with driven pile foundation — designed for dual use of agricultural land.

Agrivoltaic East West ground mounting system - technical view

Agrivoltaic East West

Mounting typeGround — Driven Pile
Panel typeMonofacial & Bifacial
Steel gradeS350GD
Corrosion protectionMagnelis / Hot-dip Galvanized
Panel rows1 East & 1 West
Tilt angle25°
Maximum table length80m

East-West Agrivoltaic Project

East-West agrivoltaic project - completed installation by Axinar in Central Greece

Agrivoltaic Park — Central Greece

A dual-use agrivoltaic installation combining solar energy production with cereal cultivation. The East-West configuration was selected to maximise land efficiency while maintaining uninterrupted farming access through open corridors between panel rows.

Installed capacity2.5 MW
SystemAgrivoltaic East West
FoundationDriven pile (ramming)
Steel / ProtectionS350GD / Magnelis
Installation time18 working days
Agricultural useCereal cultivation between rows

Every project includes a free structural analysis per Eurocodes, signed by a certified civil engineer.

Designed for efficiency and reliability in every agricultural installation.

80 m

Maximum table length — fewer piles, faster installation

25°

Panel tilt angle for optimal yield in Greece

2x

Dual land use — energy and farming on the same area

25 +

Years of service life with Magnelis / hot-dip galvanised protection

The Advantages

Uniform Production

East-West dual orientation with morning and afternoon peaks — smoother curve, less curtailment, more stable grid contribution.

Agricultural Continuity

Open corridors between rows for machinery access, irrigation, and cultivation without any change to farming practices.

Denser Placement

The 25° tilt and opposing orientation reduce inter-row shading, allowing greater installed capacity per unit area.

Fast Installation

Driven piles with no concrete, 80m table length, modular design — MW-scale deployment in minimal time.

Fully Reversible

Piles are extracted at end of life — the land is returned to its original state with zero footprint.

Magnelis Protection

ZnAlMg technology with 2–4× greater corrosion resistance — ideal for agricultural and coastal environments.

East-West vs South-Facing Orientation

Why the dual East-West configuration outperforms traditional south-facing layouts for agrivoltaic applications.

Feature East-West South-Facing
Production curveSmooth — morning & afternoon peaksSharp midday peak
Panel density per m²Higher — reduced shadingLower — wider row spacing
Agricultural accessOpen corridors for machineryLimited access
Bifacial gain+5–15%+3–8%
Grid curtailment riskLowHigher at midday
Land use efficiencyDual — energy + farmingSingle use

Frequently Asked Questions

Answers to the most common questions about East-West agrivoltaic mounting systems.

Agrivoltaics are systems that enable dual use of agricultural land — simultaneous solar energy generation and farming on the same area. They significantly increase land use efficiency and provide additional income for farmers.
East-West orientation creates a smoother production curve with morning and afternoon peaks, reduces inter-row shading, allows denser panel placement, and leaves open corridors for agricultural machinery. Studies show total output per unit area can exceed that of south-facing configurations.
Ramming is a foundation method where steel piles are driven directly into the ground using a hydraulic pile driver. No excavation or concrete is required. The method is fast and fully reversible — piles can be extracted at end of life without leaving any residue.
Magnelis (ZnAlMg) is a zinc-aluminium-magnesium coating that provides 2–4× greater corrosion resistance compared to traditional hot-dip galvanising. It is ideal for agricultural environments where steel is exposed to fertilisers, moisture, and saline soils.
Depending on the configuration, corridors between rows can accommodate agricultural machinery. The exact clearance height and row spacing are defined during the design phase, based on the crop type and machinery being used.
Yes. The system supports both monofacial and bifacial panels. Bifacial panels in East-West configuration utilise reflected light from the ground, increasing overall output by 5–15% depending on ground albedo.
After order confirmation and advance payment, we can deliver up to 1 MW per week. Exact timing depends on the complexity and scale of the project.
Yes. The design follows Eurocodes for wind load (EN 1991-1-4), snow load (EN 1991-1-3), and seismic action (EN 1998). Each project is accompanied by a project-specific structural analysis.

Request a Quote

Send us your project details — location, capacity, soil type — and we will send you a full technical and commercial proposal within 24 hours.

Email: order@axinar.com | Tel: (+30) 2310 808 159

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