Design Agri-PV projects that landowners and planning bodies say yes to.

Agri-PV unlocks farmland that standard solar can't access. It also adds data requirements, design constraints, and stakeholder complexity at every stage. Glint Solar has the tools to handle all of it, in one workspace.

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Why Agri-PV is the next major opportunity.

Policy frameworks are maturing, land access pressure is intensifying, and the window for early movers is open.

Potential capacity from just 1% of Europe's farmland for Agri-PV (JRC)

944 GW
Agri-PV installation with sheep grazing
Agri-PV solar panels over wheat field

Projected global agrivoltaics market growth to 2034, from USD 4.59B to USD 13.88B

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Sheep grazing under agri-PV solar panels

European nations with active agrivoltaic deployments (2024)

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Everything Agri-PV demands in one workspace.

Agri-PV adds site qualification complexity, design constraints, and stakeholder communication requirements that standard PV tools aren't built for. Glint Solar is.

Screen land for Agri-PV suitability from day one

Filter parcels using Agri-PV-specific data layers including crop history (RPG in France), livestock density, pasture classification, and slope. See which sites support solar grazing or crop-based designs before committing a site visit.

Design for the farmer and the grid at the same time

Adjust panel height, row spacing, and tilt for machinery access or livestock clearance. Utilize features like Calculate Taux d'Occupation du Sol (TOS) and individual parcel configuration in a single analysis. One report covering every crop and grazing zone on the site.

Win landowner and planning approvals faster

Generate 3D and AI visualizations showing how the finished site looks at ground level. Automated reports package capacity, yield, land-use maps, and renderings in one shareable document, reducing consultant spend by up to 70%.

Find the parcels that are actually viable for Agri-PV.

  • Filters land using Agri-PV-specific data layers: crop history (RPG), livestock density, parcel classification, slope, and land-use restrictions.

  • Buildable Area maps exactly where panels can go, accounting for Agri-PV constraints and exclusion zones.

  • Area Insights flags how each constraint layer interacts with a parcel, so you clear or rule out sites in minutes.

  • Set thresholds for slope, parcel shape, and grid proximity suitable for solar grazing or crop-based designs.

  • Shortlist based on real dual-use potential, not assumptions. Land Screening can widen the same search to a million hectares in one pass.

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Turn a complex Agri-PV design into a decision.

  • Adjust panel height, row spacing, and tilt directly in the PV workspace to model solar grazing clearance or crop light access.

  • Set up individual parcel configuration in a single analysis. One report covering every crop and grazing zone on the site.

  • TOS (Taux d'Occupation du Sol) calculations built in for French regulatory compliance. 

  • In France and Italy, farmable area shows how much ground stays available for agricultural use once mounting structures, roads, and transformers have taken their space.

BOOK A DEMO

See how Glint Solar handles Agri-PV projects.

Get a walkthrough of our Agri-PV data layers, design tools, and stakeholder outputs. Bring your market, we'll show you what's relevant to your workflow.

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Frequently asked questions

What Agri-PV data layers does Glint Solar include?

In France, crop history (RPG), livestock density, and pasture classifications are built in. TOS (Taux d'Occupation du Sol) calculations for CRE-tender compliance are included. For Germany, agricultural land classifications are available. Data layer depth varies by market.

Can I model solar grazing and crop-based configurations separately?

Yes. With multiple PV configurations per analysis, each parcel can carry its own row spacing, tilt, panel height, and table type, so solar grazing land and crop-based land are modelled to their own requirements inside one analysis, not split into separate reports. Right-click any parcel and choose Override configuration to set it.

How does Glint Solar help with landowner conversations?

3D visualisations with elevation profiling show how the finished site looks from ground level. Automated reports package capacity estimates, yield projections, land-use maps, and renderings in one shareable document, reducing consultant spend by up to 70%.

Which European markets does Glint Solar support for Agri-PV?

France, Germany, Italy, the Nordics, and the UK have dedicated Agri-PV support, and built-in data layers span 35 countries in total.