Agrivoltaics Goes Global: Europe Leads Policy Push as Asia and Americas Scale Dual-Use Solar

Agrivoltaics—the co-location of solar energy generation with crop cultivation or livestock grazing on the same land—is rapidly moving from pilot projects to large-scale deployment worldwide. As the solar industry faces land-use constraints and rising opposition from agricultural communities, dual-use solar has emerged as a practical solution, blending renewable energy goals with food security priorities.

 

 

Europe: Policy-Led Expansion

Germany remains the most advanced market. Munich-based developer Feldwerke commissioned the largest agri-PV facility in southern Germany in March 2026—a 17 MWp plant near Oberndorf am Lech, built on 28 hectares where 90% of the land remains agriculturally active, combining panels with single-axis trackers. The company has secured a €12 million revolving credit facility to build out a 100 MW portfolio of agri-PV projects over the next 18 months. The German renewable energy framework (EEG tariff system) and dedicated agri-PV support policies have made this commercialization possible.

Italy has deployed its first utility-scale agri-PV tender, awarding 1.5 GW of capacity after reviewing 643 bids totaling 1.7 GW. Major recipients include European Energy with 270 MW, Solarig with 122 MW, and Repower with 62 MW in Sicily. The majority of projects were submitted by agricultural companies. The Italian Ministry of Environment extended the construction deadline to June 2026, giving developers additional time to deliver. As a MASE representative noted, this extension supports developers in delivering sustainable energy solutions while ensuring alignment with national renewable energy goals.

Spain and the Nordic countries are following suit. Finnish developer Alight received EU Innovation Fund grants for a 120 MW agri-PV project in Loviisa, paired with 45 MW of storage and AI-powered tracking to optimize both energy and crop yields. In Germany, agri-PV accounted for an increasing share of new solar tenders in 2026.

 

United States: Livestock Integration Takes Hold

The US market is pioneering large-animal grazing integration. In April 2026, Silicon Ranch launched its patented CattleTracker™ platform at the 40-acre Christiana Solar Ranch in Tennessee—the world's first commercially viable rotational grazing technology designed for beef cattle on utility-scale solar sites. The system raises solar panels to near-horizontal positions when cattle rotate through paddocks, allowing safe access while generating approximately 5 MW of electricity for Middle Tennessee Electric, serving over 750,000 residents. The project is funded and built by Silicon Ranch, which will continue to own and operate the site, using the energy generated for the local electric cooperative. US agrivoltaics research has also focused on sheep grazing as a vegetation management method in the Northeast, with studies showing economic and ecological benefits.

 

Asia-Pacific: Aquaculture and Agricultural Integration

In China, massive projects span multiple agrivoltaic models. The world's largest fishery-solar complementary project—the Zhanhua 2 GW installation in Shandong—successfully connected its third phase (203 MW) to the grid in May 2026. Built on 4,400 hectares of coastal tidal flats, the project operates on an innovative water-surface generation and underwater aquaculture model, with the third phase alone capable of powering 200,000 households. When fully complete, the project is expected to generate approximately 3.39 TWh of green power annually. Anhui Province commissioned another 100 MW floating solar-aquaculture project in June 2026, covering over 260 mu of water surface with 156,000 monocrystalline silicon panels tilted at 22 degrees, integrating agriculture with green power generation.

Meanwhile, China's western regions have embraced solar grazing. Sichuan Province's Xiaojinchuan River Basin hydro-PV-storage integrated project features elevated racking that allows yaks to graze beneath while supporting vegetation restoration. Qinghai's Talatan solar park raises more than 20,000 "solar sheep" annually across 32 PV eco-pastures, generating additional income for 18 village cooperatives.

Japan and South Korea continue to expand floating solar and agrivoltaic installations, while India has ramped up agri-PV capacity under the PM-KUSUM scheme, which supports farmers in setting up solar pumps and power plants on cultivable land.

 

Floating Solar Gains Momentum Globally

Floating photovoltaics—installed on lakes, reservoirs and aquaculture ponds—addresses land scarcity while reducing water evaporation. The global floating solar panels market is projected to grow from approximately $6.2 billion in 2025 to $26 billion by 2032, at a CAGR of 22.7%. The Asia-Pacific region leads this expansion, with Europe and North America also witnessing steady adoption of water-based PV integration.

 

Outlook: From Demonstration to Default

Agrivoltaics is no longer viewed as a niche alternative but as a mainstream solution to the land-use tension that has long challenged renewable energy expansion. By allowing the same land to produce both food and electricity, dual-use solar systems attract support from farmers, utilities and policymakers alike. As research institutions continue to validate agrivoltaic models—from Germany's policy framework and Italy's large-scale tender to US cattle integration and China's aquaculture success—the global energy transition may have found a crucial formula: multiply land benefits, not land use.