Agrivoltaics jobs

Agrivoltaics Jobs in Renewable Energy

Agrivoltaics is the shared use of farmland for crops or livestock and PV generation, with panels raised above the crops, set in widely spaced rows, or grazed underneath, so the land keeps producing food. What distinguishes it from an ordinary solar farm is a legal test. France, the most developed market, requires agrivoltaic systems to keep at least 90% of the site's agricultural yield and runs tenders capped at about 600 MW a year, according to a November 2025 review of European agri-PV rules.

What the work involves

The field needs people who can argue a project on two fronts at once. A developer has to show a planning authority that the panels help, or at least do not harm, the farm: shading that protects vines or orchards from heat and hail, shelter for grazing sheep, or reduced evaporation from the soil. That makes the typical listing unusual for the solar industry. French employers hire "chargés d'études agrivoltaïques", study engineers who combine PV layout with agronomy, and junior agronomist posts appear alongside electrical and design engineering roles. The structure is often the hardest engineering problem: elevated or vertical mounting systems, wide row spacing for tractors, and trackers that tilt to let light through at key growth stages.

The commercial side matters as much. Projects rest on long leases and formal contracts with farmers, so land acquisition and leasing roles and field sales staff who visit farms, the "commercial itinérant" titles common in French listings, make up a large share of the hiring. Environmental specialists in ecology and biodiversity and GIS analysts who screen parcels for soil quality, slope, and grid distance round out the typical team.

Who is hiring

France dominates the listings on Rejobs. IRISOLARIS and Groupe Solgès recruit study engineers and field sales staff across the country, from Montpellier and Montauban in the south to Nancy, Troyes, Rennes, and Poitiers. In the United States, Silicon Ranch, based in Nashville, runs sheep grazing and land management programmes on its utility-scale sites and hires interns in agrivoltaics, data analytics, and land siting, while BlueWave develops dual-use projects in New England. Larger solar companies such as BayWa r.e. and GOLDBECK SOLAR, and the mounting-structure maker Schletter, hire engineers for agri-PV alongside their conventional utility-scale solar business.

Policy sets the pace

Agrivoltaics grows where regulation defines it. Germany's Solarpaket 1, adopted in 2024, created dedicated auctions for special PV applications including agri-PV, with volumes of up to 800 MW in 2025 and 1,200 MW in 2026, and a simpler permitting route for agri-PV systems up to 2.5 hectares. Its yield threshold is lower than France's, at 66% of agricultural output. France also requires the farmer to be formally tied to the project by contract, which adds legal and farmer-liaison work to every development.

For candidates, the scarce profile is someone fluent in both disciplines: an agronomist who can read a PV yield model, or a solar engineer who understands crop physiology and farm economics. As projects move from research plots to commercial tenders, that combination decides who gets planning consent.