Agrivoltaic Vertical Mounting Systems

Vertical PV Mounting Systems

Vertical PV mounting systems by Axinar for agrivoltaic installations with bifacial panels. Dual land use, 95% free for farming, S320GD steel with Magnelis® protection for 25+ years.

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95% Free Land

Vertical panels cover just 5% of the surface — agricultural machinery moves freely between rows.

Bifacial Technology

Solar irradiance utilised from both panel faces for smooth morning and afternoon generation.

Free Structural Analysis

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

Vertical PV mounting systems (agrivoltaics) are an innovative sustainable development solution combining agriculture with clean energy generation. Bifacial panels are mounted vertically, East–West orientation, in rows spaced 5.5 to 10 metres apart depending on latitude and crop type.

The defining characteristic of vertical PV mounting is that it covers just 5% of the land area — significantly less than conventional solutions. 95% of the plot remains fully available for farming.

Axinar designs and manufactures vertical PV mounting systems in-house at its own 4,000 m² production facility, certified to ISO 9001 and ISO 14001. Every agrivoltaic project includes a project-specific structural analysis per Eurocodes, signed by a certified structural engineer.

Beyond vertical PV mounting systems, Axinar also manufactures mounting structures for ground-mount solar parks and flat roofs.

Vertical Mounting System

Vertical PV Mounting Systems — Technical Specifications

Single-pile vertical mounting system for agrivoltaic parks with bifacial panels.

Axinar vertical agrivoltaic PV mounting system

Vertical Agrivoltaic Mount

Mounting type	Ground
Panel type	Monofacial & Bifacial
Steel grade	S320GD
Panel rows	1
Orientation	Vertical (90°)
Max. table length	80m
Corrosion protection	Magnelis® / Hot-dip Galvanized

Foundation

Vertical PV Mounting — Foundation Methods

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

Pile Driving

Hammered-in

The most economical and fastest foundation method for vertical PV mounting systems. For non-rocky ground, ideal for medium and large-scale agrivoltaic projects.

Concrete Foundation

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

95% of the plot remains free for farming and agricultural machinery.

Dual generation peak — morning and afternoon — with East–West bifacial panels.

Row spacing 5.5–10 metres, depending on crop type and location.

Smooth energy output, ideal for combination with storage systems.

Numbers That Speak

Agrivoltaics that change how land is used.

5 %

Land coverage — the lowest ratio on the market

80 m

Maximum table length per row

2 peaks

Generation curve morning & afternoon

25 +

Years of durability with Magnelis protection

Mechanical Design

Vertical Mount Advantages

Dual Land Use

With vertical PV mounting systems, farming continues normally between rows — cereals, forage crops, herbs and vegetables grow without restriction. Ideal for smaller plots that could not benefit from conventional tilted systems under agrivoltaic programmes.

Bifacial Yield

Bifacial solar panels capture irradiance from both faces, producing two energy peaks (morning and afternoon) that complement the midday peak of conventional tilted systems, smoothing out the overall generation curve.

Wind Load

The single-pile structure provides maximum resistance to extreme weather. Designed per Eurocodes EN 1991-1-4 (wind), EN 1991-1-3 (snow) and EN 1998 (seismic), with a project-specific structural analysis for every installation.

Maintenance

Easy access for maintenance, panel cleaning and grass cutting along rows. Simple repowering with next-generation panel upgrades without changing the structure — protecting your original investment for 25+ years.

FAQ

Frequently Asked Questions

Answers to the most common questions about Axinar vertical PV mounting systems.

What are agrivoltaics?

Agrivoltaics are systems that combine farming with solar energy generation on the same plot. Vertical bifacial panels are placed in rows with an East–West orientation, leaving 95% of the land free for cultivation. The technology is growing rapidly across Europe as a solution for dual use of agricultural land.

Why vertical instead of tilted?

Vertical mounting minimises land coverage (just 5%) and enables bifacial panels that generate from both faces. The dual-peak curve (morning–afternoon) complements the midday peak of conventional tilted systems, smoothing grid demand throughout the day.

What is the row spacing?

Spacing ranges from 5.5 to 10 metres, depending on latitude, crop type and shading requirements. The design is based on shading analysis and ensures free movement of agricultural machinery — tractors, harvesters and sprayers — between rows.

Do they support bifacial panels?

Yes, vertical systems are designed specifically for bifacial panels. The vertical East–West orientation maximises irradiance capture from both faces, significantly increasing overall energy yield compared to monofacial panels.

Are they suitable for small plots?

Absolutely. Vertical systems are ideal for smaller plots (even under 1 hectare) that could not benefit from conventional tilted agrivoltaic programmes, as land coverage is limited to just 5%.

Can they withstand extreme weather?

Yes. Systems are designed per Eurocodes for wind load (EN 1991-1-4), snow load (EN 1991-1-3) and seismic action (EN 1998). The single-pile structure provides maximum resistance to extreme events. Every project includes a project-specific structural analysis signed by a certified engineer.

What is the lead time?

After order confirmation and advance payment, we can deliver up to 1 MW per week. The process includes structural analysis, manufacturing at our facility and shipping. Exact timing depends on the complexity and scale of the project.

Which crops are compatible?

Vertical agrivoltaic systems are compatible with a wide range of crops: cereals, forage, herbs, vegetables, vineyards and fruit trees. Row spacing is adjusted based on each crop's light requirements.

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