Agrivoltaics: Top Companies, Startups & Research (2026)

RWE, European Energy, REM Tec S.R.L. and Insolight SA are among the organizations active in agrivoltaics. RWE commissioned commercial-scale agri-PV plants in Italy in July 2026, while REM Tec is associated with research on panel shading and soil conditions. Activity spans project development, system design and research, so a company's presence in the field does not necessarily mean it supplies equipment.

REM Tec S.R.L. and Ojjo Inc. are two startups with documented agrivoltaic activity. REM Tec designs fixed and tracking systems and is associated with recent research on soil effects; Ojjo holds patents related to tracker foundations for dual-use sites. The available facts do not establish a performance-based ranking, so these examples are best treated as candidates for further partner evaluation.

The National Renewable Energy Laboratory, Colorado State University and Western University are prominent research organizations in this field. Their work includes livestock and crop integration, saffron cultivation and crop performance under solar panels. Other active groups include the University of Arizona, Cornell University and Fraunhofer ISE, with research spanning land use, water, soil and agricultural outcomes.

The funding data records $165,218,387 in grants across 23 awards since 2020, and $1,110,013,584 across 11 funding rounds. These totals should be interpreted cautiously: listed funding entries may not all directly support agrivoltaics. Verify each award or round and its project scope before using the figures for investment comparisons.

Three Gorges Zhujiang Power Generation Co., Huidong Runjia New Energy Technology Co Ltd and Doubleland Corp are tied for the highest listed count, with 3 patents each. Ojjo Inc. and Ocg have 2 each. These counts describe the patent-holder data provided here; they do not measure patent quality, enforceability or commercial value.

Patent activity is not growing in the latest comparison: the 24-month window contains 21 patents, and the reported growth is -9.1%. This contrasts with 350 publications in the last year, up 44.6%. The difference suggests research activity is expanding faster than patenting in the available data, but neither measure alone establishes commercial readiness.

Agrivoltaics is moving from research and demonstration toward commercial deployment, but outcomes remain site-specific. RWE commissioned its first commercial-scale agri-PV plants in Italy in July 2026, while recent research continues to investigate crop performance, soil conditions and water effects. The field therefore combines operating projects with unresolved questions about long-term agricultural and ecological performance.

The main approaches are elevated fixed-tilt arrays, tracking and dynamic arrays, vertical bifacial systems, solar greenhouses, and grazing or livestock integration. Fixed arrays offer a stable layout; tracking systems can adjust panel position; vertical systems preserve open space; greenhouses combine PV with protected cultivation; and grazing integrates livestock. Each design balances energy output, light, access and farm-management needs differently.

The United States leads the country data with 4,121 documents, followed by the United Kingdom with 1,282 and Germany with 1,255. Italy, France and China also have substantial recorded activity. These figures indicate where related documents are concentrated; they do not directly compare installed capacity, project performance or the strength of national policy.

The main applications are crop production, livestock and pasture, horticulture and specialty crops, pollinator and biodiversity habitat, and farm energy or rural enterprise. Crop production has 600 associated documents, while livestock and pasture has 327. Examples include growing crops under panels, grazing animals on solar sites and integrating electricity generation with greenhouse or farm operations.