Top 10 Agrivoltaics Companies Advancing Dual-Use Solar Farming in 2026

1. Introduction

Overview of the Global Agrivoltaics Industry

The Top Companies in the Agrivoltaics Industry are developing solar systems that keep farmland productive while generating electricity from the same acreage. The sector has moved beyond experimental plots into multi-megawatt commercial installations, although no harmonized global registry yet captures every project. The United States alone had close to 600 operating agrivoltaic sites covering roughly 60,000 acres and representing 10 GW of solar capacity by November 2024, compared with 27,000 acres and 4.5 GW in 2020. These installations support crop cultivation, sheep and cattle grazing, pollinator habitat, native vegetation and greenhouse applications. Japan recorded 1,209 hectares under farming-type solar installations in fiscal 2022, showing that commercial adoption is also expanding outside Western markets.

Agrivoltaic system architecture now ranges from elevated canopies and single-axis trackers to vertical bifacial modules, semi-transparent fruit-protection structures and greenhouse-integrated PV. Commercial project scale varies considerably: TSE operates agricultural canopies of approximately 2.4–2.9 MWp on 3-hectare plots, Sun'Agri has 31 commercial sites covering 63 hectares, and IDEEMATEC had deployed about 625 MWp of Agri-PV tracker capacity from the beginning of 2024 through June 2026. Large European tracker deployments are moving even further, with IDEEMATEC's Burgenland cluster under construction at 380 MWp across approximately 300 hectares. These developments demonstrate that agrivoltaics is evolving into an engineering discipline requiring simultaneous optimization of electricity yield, photosynthetically active radiation, machinery access, irrigation, crop protection and farm economics.

Market Evolution and Growth Drivers

Agrivoltaics originated as a land-sharing concept but became commercially relevant during the 2010s as solar deployment began competing more visibly with agricultural land. Sun'Agri started agrivoltaic research in 2009 and commissioned its 4.5-hectare Tresserre demonstrator in 2018, while Next2Sun was founded in 2015 after beginning vertical bifacial system development in 2014. REM Tec began its present corporate activity in 2015 using agrivoltaic patents and experience originating from operational systems developed from 2011. The U.S. Department of Energy subsequently funded multi-site research through NREL's InSPIRE program, which has evaluated more than 20 agrivoltaic locations. These programs moved the industry from proving technical coexistence toward measuring crop yield, soil moisture, livestock conditions, energy production and long-term farm operations.

Climate adaptation and land efficiency are now major adoption drivers. Sun'Agri reports an average 27% reduction in irrigation across monitored installations, temperatures up to 4°C lower during heat events and vineyard yield improvements of 15–30% depending on variety and year. TSE reported a 35% reduction in average potential evapotranspiration at Verdonnet during 2025 and an 18% yield increase compared with an unmanaged comparison area. Regulatory support is also becoming clearer: the European Commission recommended dedicated frameworks for agrisolar deployment in July 2025, while Italy established a program designed to support at least 1.04 GW of agrivoltaic capacity. Technology companies are responding with AI-enabled trackers, crop-specific algorithms, elevated structures, bifacial modules and weather-responsive controls.

2. Top 5 Latest Trends in the Agrivoltaics Industry

1. Dynamic trackers and crop-first control algorithms

2. Vertical bifacial agrivoltaics for machinery-friendly farming

3. Water conservation and protection from extreme weather

4. Large-scale agrivoltaic deployment replacing small demonstration plots

5. Livestock, pollinator and diversified agricultural applications

Trend 1: Dynamic Trackers and Crop-First Control Algorithms

Dynamic solar tracking is becoming one of the most technically differentiated trends among the Top Companies in the Agrivoltaics Industry. Conventional trackers maximize electrical generation, whereas agrivoltaic controls must also regulate the amount and timing of sunlight reaching crops. Sun'Agri uses movable photovoltaic louvers and agronomic software, while Soltec's AgriSun functionality includes dedicated Crop, Harvesting and Livestock operating modes. IDEEMATEC's L:TEC Agri-PV platform provides tracking through 60° and a 70° harvest position, with software using weather, location, altitude and tracker-position data. These capabilities allow machinery to enter fields while the same system modifies shading according to agricultural operations. The shift toward software-controlled structures means competition increasingly involves agronomic data and automated decision-making rather than steel and photovoltaic modules alone.

Trend 2: Vertical Bifacial Agrivoltaics for Machinery-Friendly Farming

Vertical bifacial PV is creating a distinct agrivoltaic design category because modules occupy only narrow strips of agricultural land and generate from both east- and west-facing surfaces. Next2Sun's concept can leave approximately 90% of the site agriculturally usable, while some installations physically cover less than 1% of the ground footprint. Its Donaueschingen-Aasen project uses about 11,000 bifacial modules on 5,800 mounting elements, provides 4.1 MWp of capacity and produces roughly 4,850 MWh annually. The vertical orientation also shifts generation toward morning and evening instead of concentrating output around midday. For farmers, wide spacing accommodates tractors, harvesters, livestock and conventional crop rotations, making the configuration materially different from elevated overhead canopies that require substantially more structural steel.

Trend 3: Water Conservation and Protection from Extreme Weather

Agrivoltaics is increasingly designed as climate-adaptation infrastructure rather than simply a way to place solar modules on farmland. At Sun'Agri's 2.7-hectare Loriol-sur-Drôme cherry project, irrigation use fell by 20% under the panels, while the structure reaches 4.95 meters to accommodate orchard operations. Sun'Agri's wider monitoring indicates average irrigation reductions of 27%, cooling of up to 4°C during heat events and nighttime warming of 1.7°C during late frost conditions. TSE's Brouchy canopy combines 2.9 MWp of solar with intelligent irrigation on 3 hectares and was designed around potential water savings approaching 30%. Such outcomes are commercially important because growers increasingly evaluate agrivoltaics through avoided crop stress, reduced irrigation demand and protection from heat, hail or frost rather than through electricity output alone.

Trend 4: Large-Scale Agrivoltaic Deployment Replacing Small Demonstration Plots

The sector is moving from kilowatt research systems toward projects measured in hundreds of megawatts. IDEEMATEC announced 625 MWp of Agri-PV tracker deployments since early 2024 and is supplying technology for the 380 MWp Burgenland multi-site cluster in Austria. Its 2025 European agreement initially covered 226 MWp across 3 projects scheduled to begin construction from the fourth quarter of that year. Soltec has also advanced an Italian pipeline, securing environmental approvals for 220 MW during 2024 after 195 MW received positive assessments in 2023. This scale-up changes procurement and engineering requirements because agricultural clearance, tracker reliability, cabling, drainage and farm access must remain functional across hundreds of hectares. Standardized components and automated control therefore become increasingly important as agrivoltaics transitions from customized demonstrations toward repeatable utility-scale deployment.

Trend 5: Livestock, Pollinator and Diversified Agricultural Applications

Agrivoltaics is broadening beyond vineyards and specialty crops into livestock, grasslands, pollinator habitat and field agriculture. In the United States, nearly 600 agrivoltaic sites were operating by late 2024, with grazing and pollinator applications representing a substantial share of deployed projects. Next2Sun developed a 3.8 MWp vertical system across 11.5 hectares in Germany specifically incorporating cattle grazing, while TSE's 2.9 MWp Souleuvre-en-Bocage canopy operates on a 170-hectare dairy farm supporting 105 cows. TSE reported that grass biomass under the system performed especially well during high temperatures. These applications are important because livestock-compatible designs can be deployed on land where crop-clearance structures are unnecessary, while pollinator and native-vegetation approaches can improve ecological management without requiring annual cultivation beneath every array.

3. Top 10 Companies in the Agrivoltaics Industry

The following 10 companies are not presented as a strict ranking. They are selected according to agrivoltaic technology specialization, operating projects, tracker and structural capabilities, agricultural integration, geographic presence, research activity and measurable deployment relevance.

1. Next2Sun AG

Company Overview: Next2Sun's system concept entered practical testing in 2014, and Next2Sun GmbH was founded in March 2015. Headquarters: Dillingen an der Saar, Germany, with additional operations in Austria, Poland, Japan and other European locations. Core Agrivoltaics Expertise: The company specializes in patented vertical bifacial PV that keeps wide strips of farmland open while shifting solar production toward morning and evening hours. Major Products and Services: Fields2Sun is its principal agricultural solution, complemented by Fence2Sun and project-development services. The Donaueschingen-Aasen Agri-PV plant provides 4.1 MWp using approximately 11,000 modules, while the Krauscha plant commissioned in 2025 provides 1.8 MWp. During 2026, Next2Sun established an Italian subsidiary while 3 Italian projects totaling 1.9 MW were under construction.

2. Sun'Agri

Company Overview: Sun'Agri's agrivoltaics R&D program dates to 2009, and its current operations form the agriculture-focused concession of Eiffage established through the group's 2022 integration. Headquarters: Paris, France. Core Agrivoltaics Expertise: Sun'Agri develops dynamic agrivoltaic structures and software that reposition modules according to crop and climate requirements. Major Products and Services: The company reports 31 commercial sites covering 63 protected hectares and another 63 projects under development covering 320 additional hectares. Its monitored installations show average irrigation reductions of 27%. At Loriol-sur-Drôme, 2.2 MWp of PV protects 2.7 hectares containing 27 cherry varieties, while the 3.5-hectare Cruscades vineyard installation provides 3 MWp and received AFNOR Class A recognition during development and commissioning.

3. TSE

Company Overview: TSE was founded in 2016 by Mathieu Debonnet and Pierre-Yves Lambert and had 15 French offices and approximately 3 GW under development by 2026. Headquarters: Valbonne, France. Core Agrivoltaics Expertise: TSE develops elevated agricultural canopies for field crops, livestock and irrigation-intensive farming, with R&D activities beginning in 2020. Major Products and Services: Its Amance demonstrator began operation in 2022 with 2.4 MWp across 3 hectares, while Brouchy combines 2.9 MWp with intelligent irrigation. A 2.9 MWp installation at Saint-Palais-de-Phiolin entered operation in June 2026. Monitoring at Verdonnet showed a 35% reduction in average potential evapotranspiration and an 18% yield increase during 2025, illustrating TSE's focus on measuring agricultural outcomes alongside power generation.

4. BayWa r.e. AG

Company Overview: BayWa r.e. was founded in 2009 and has brought more than 6 GW of renewable capacity online while managing over 10.5 GW of energy assets. Headquarters: Munich, Germany. Core Agrivoltaics Expertise: The company's Fruitvoltaics activities concentrate on berries, apples, pears, cherries and other permanent crops using semi-transparent overhead modules. Major Products and Services: A 2.67 MWp raspberry project at Babberich covers 3.3 hectares with 10,250 modules, while an 8.7 MWp Dutch project uses 24,206 panels above raspberry crops. BayWa r.e. has also operated 105 kWp and 125 kWp Dutch research systems and a 340 kWp Austrian fruit pilot. Its engineering combines crop-protection structures, plant monitoring, turnkey construction and long-term renewable project operations.

5. Soltec

Company Overview: Soltec was established in 2004 and is headquartered in Molina de Segura, Murcia, Spain. The company reports more than 18 GW of projects across its wider solar technology footprint and more than 250 active or pending patents. Core Agrivoltaics Expertise: Soltec adapts single-axis tracking technology and control algorithms for farming, livestock and machinery access. Major Products and Services: AgriSun integrates the SF7 tracker with Crop, Harvesting and Livestock modes, while bifacial configurations can improve generation by 20–30% compared with a fixed structure under the conditions described by the company. Soltec and TSE began co-developing agrivoltaic solutions for France in 2024, while Soltec secured positive environmental assessments for 415 MW of Italian projects during 2023–2024.

6. IDEEMATEC Deutschland GmbH

Company Overview: IDEEMATEC was founded in Germany in 2003 and by June 2026 had surpassed 10 GW of installed and contracted tracker capacity across more than 30 countries. Headquarters: Wallerfing, Germany. Core Agrivoltaics Expertise: Its L:TEC Agri-PV architecture combines elevated trackers, agricultural clearance and digitally controlled operating modes. Major Products and Services: The platform provides a standard array height of 2.8 meters, up to 60° tracking, a 70° harvest position and support for as many as 360 modules per tracker. From early 2024 through June 2026, approximately 625 MWp of Agri-PV trackers were deployed. The company's 380 MWp Burgenland cluster under construction across roughly 300 hectares demonstrates how its tracker architecture is being applied at utility-scale agricultural sites.

7. REM Tec

Company Overview: REM Tec was founded in 2015 to commercialize new generations of agrivoltaic systems based on patents it exclusively holds, following technical experience accumulated from installations dating to 2011. Headquarters: Its principal Italian operating base is in Asola, Mantua, with additional corporate operations in France and Germany. Core Agrivoltaics Expertise: REM Tec develops patented Agrovoltaico systems using fixed, mono-axis and biaxial structures designed to retain agricultural activity beneath or between modules. Major Products and Services: Its technology portfolio has expanded since 2021 into greenhouse systems, fixed structures, tracking systems and control software. Current development work includes agricultural research partnerships covering oilseed crops, viticulture and field crops, while its international operating footprint includes Italy, France, Germany and projects outside its original domestic market.

8. Schletter Group

Company Overview: Schletter traces its headquarters operations to 1968 and has supplied mounting systems supporting more than 60 GWp of solar installations worldwide. Headquarters: Kirchdorf, Germany. Core Agrivoltaics Expertise: The company engineers elevated fixed and tracking structures designed to preserve agricultural clearance while meeting European Agri-PV requirements. Major Products and Services: Its Agri-PV Tracker 1P provides at least 2.1 meters of ground clearance even at tilt angles reaching 60°, enabling machinery and workers to move below the array. The system is designed with DIN SPEC 91434-based concepts in mind, while Schletter's 2P tracker can also support agrivoltaic configurations. The company operates across 5 continents and combines tracker engineering with major manufacturing operations in Europe and Asia.

9. PV Hardware Solutions – PVH

Company Overview: PVH was founded in 2011 and has supplied tracker technology across 5 continents, with manufacturing operations developed in Spain, Saudi Arabia and the United States. Headquarters: Valencia, Spain. Core Agrivoltaics Expertise: AgroPVH adapts PVH's 1P and 2P tracker platforms through adjustable heights, row spacing and operating configurations for crops, livestock and agricultural machinery. Major Products and Services: Its agrivoltaic systems integrate with the DeepTrack software ecosystem for real-time control, predictive weather positioning and SCADA monitoring. PVH previously supplied tracker technology to Spain's Winesolar agrivoltaic project and has since commercialized AgroPVH as a dedicated product. Its broader manufacturing footprint had supplied more than 29 GW of tracker systems when the company reported its 2011 founding history.

10. Nextpower Inc.

Company Overview: Nextpower, formerly Nextracker, was co-founded in 2013 and adopted the Nextpower corporate name in November 2025 after expanding beyond trackers into integrated power technologies. Headquarters: Fremont, California, United States. Core Agrivoltaics Expertise: The company's agrivoltaic portfolio combines independent-row trackers, software-based operating modes, terrain-following structures and intelligent control. Major Products and Services: NX Horizon, NX Gemini and NX Navigator provide the structural and digital foundation for AgriPV configurations, with agrivoltaic-specific operating modes added to the software platform. The company surpassed 150 GW of tracker technology shipped globally by 2025, and its 2026 NX Gemini international launch specifically addressed evolving European land-use and AgriPV requirements. The 2P platform extends Nextpower's options for projects needing wider agricultural layout flexibility.

4. Regional Outlook

North America

North America has developed one of the world's most measurable agrivoltaic deployment bases. The United States had approximately 566 identified agrivoltaic projects generating more than 10 GW by August 2024, while NREL subsequently described nearly 600 sites covering roughly 60,000 acres by November 2024. Applications include sheep grazing, crop production, cattle, native vegetation and pollinator habitat. Jack's Solar Garden in Colorado combines a 1.2 MW community solar installation with a 5-acre research area and 3,276 modules, while Denver Botanic Gardens operates another 1.2 MW agrivoltaic facility on 4.5 acres. U.S. research has therefore progressed beyond laboratory work into multi-state field comparisons of soil, crops, biodiversity and livestock.

Policy support differs substantially by state. New Jersey authorized an agrivoltaic pilot framework for up to 200 MW, while Massachusetts created an agrivoltaic incentive under its SMART program and Colorado has funded dedicated research. The U.S. Department of Energy notes that a solar-heavy electricity system could eventually require millions of acres, making dual-use strategies relevant where farmland and transmission corridors overlap. Canada has active solar-agriculture research but does not yet have a U.S.-scale national deployment registry, while Mexico remains more closely associated with conventional utility solar. Regional opportunity therefore lies in converting existing grazing-based projects into higher-value crop, cattle and specialty-farming systems while developing standardized definitions for what qualifies as genuine agricultural production rather than vegetation management around solar panels.

Europe

Europe has become a major center for technically sophisticated agrivoltaics because solar expansion must coexist with dense agricultural land use and a 42.5% EU renewable-energy target for 2030. The European Commission explicitly recommended clearer frameworks for agrisolar technologies in July 2025 and has identified agrisolar as one of the innovative forms of renewable deployment capable of reducing competition for space. Italy created one of the region's strongest dedicated deployment programs, with a target of at least 1.04 GW of new agrivoltaic installations. Soltec had already obtained environmental approval for 415 MW of Italian agrivoltaic projects during 2023–2024, while Next2Sun entered Italy directly in 2026 with 3 projects totaling 1.9 MW under construction.

France and Germany are particularly important for technology development. Sun'Agri reports 31 commercial sites across 63 protected hectares, while TSE operates multiple 2.4–2.9 MWp demonstrators covering vineyards, field crops, orchards and livestock farms. Germany's DIN SPEC 91434 has influenced equipment design, including tracker products from IDEEMATEC and Schletter. Austria is moving to much larger installations, with IDEEMATEC's Burgenland cluster reaching 380 MWp across approximately 300 hectares. The Netherlands has specialized in Fruitvoltaics; BayWa r.e.'s 8.7 MWp raspberry project uses 24,206 panels above crops. European opportunities therefore extend from vineyard climate protection to utility-scale field agriculture, while permitting, crop-performance evidence and national differences in agricultural definitions remain continuing challenges.

Asia-Pacific

Asia-Pacific agrivoltaics includes mature solar-sharing practices in Japan alongside early utility-scale development in India, South Korea and other markets. Japan recorded 1,209 hectares of farming-type solar installations in fiscal 2022, an increase of 222 hectares from the previous year. By January 2026, the Sosa solar-sharing cluster in Chiba Prefecture operated approximately 30 systems exceeding 6 MW in combined capacity, having started with a 35 kW installation in 2014. Japan's regulatory focus increasingly emphasizes maintaining genuine agricultural output because government monitoring found farming problems at about 20% of active sites in the 2022 reporting period. The country therefore illustrates both the potential and the compliance challenges of long-running commercial solar sharing.

India provides a different opportunity because agricultural electrification is already being addressed through the PM-KUSUM program, whose framework targeted 34,800 MW of solar capacity by March 2026, including 10,000 MW of decentralized ground- or stilt-mounted renewable plants and extensive solarization of agricultural pumps. Not every PM-KUSUM installation is agrivoltaic, but the agricultural energy infrastructure provides a platform for elevated and vertical dual-use designs. Next2Sun has pursued agrivoltaic cooperation in India and South Africa, while its international timeline records first vertical Agri-PV projects in South Korea in 2020 and Japan in 2021. The region's future potential depends on matching solar design with rice, horticulture, tea, pasture and mechanized farming while meeting local land-use and farmer-income requirements.

Middle East & Africa

Agrivoltaics remains an emerging technology across the Middle East, but 2026 marked an important regional milestone when Masdar and Elite Agro Holding announced what they described as the first AgriPV project in the MENA region. Located at Al Foah Farm in Al Ain, the UAE project integrates solar technology with greenhouse agriculture and is intended to test crop performance, irrigation reduction and renewable power generation under arid conditions. Saudi Arabia is developing a research pathway through KAUST, where agrivoltaics is being evaluated for the Kingdom and NEOM and a pilot installation has been planned at the university's agricultural experiment station. These initiatives matter because shading could reduce thermal and water stress in regions where crop cooling and groundwater consumption are persistent agricultural constraints.

African deployment is similarly early but already includes field research. Kenya launched an agrivoltaic research installation at Isinya after 1 year of collaborative testing, using panels mounted approximately 3 meters above the ground so crops can continue growing beneath them. Research initiatives in East Africa are now examining crop yield, energy generation, water consumption, labor requirements and community acceptance across multiple sites. South Africa has also been targeted through Next2Sun's cooperation with Wattkraft for vertical bifacial systems, demonstrating commercial interest in dry-climate farming applications. The strongest opportunity across Africa is combining solar electricity with irrigation, cooling and food production, while barriers include financing, grid availability, limited agrivoltaic standards, imported tracker hardware and the need for crop-specific evidence under tropical, semi-arid and Mediterranean African climates.

5. Future Opportunities in the Agrivoltaics Industry

Future opportunities for the Top Companies in the Agrivoltaics Industry will increasingly depend on crop-specific automation. Current systems already provide meaningful technical benchmarks: IDEEMATEC's Agri-PV tracker reaches 60° of tracking movement and a 70° harvest position, while Sun'Agri operates installations containing as many as 12 independently controlled agronomic zones. The next technical step is deeper use of AI to combine soil moisture, weather forecasts, photosynthetically active radiation, crop development stages, irrigation data and electricity-market conditions. Such systems could prioritize photosynthesis during critical plant-growth periods, reposition panels for hail or frost protection and then maximize energy production when additional shading has limited agricultural value. These applications are analytical opportunities rather than guaranteed future performance improvements and require multi-year crop validation.

Utility-scale standardization creates another opportunity through 2030. Italy's 1.04 GW agrivoltaic deployment objective, the EU's 42.5% renewable target and projects such as IDEEMATEC's 380 MWp Austrian cluster show that the sector is moving beyond customized 1–3 MW demonstrators. Manufacturing scale can support prefabricated tracker components, specialized bifacial modules, automated pile installation and standardized digital controls. Soltec's agriculture-specific tracker modes, PVH's AgroPVH configurations, Schletter's DIN-oriented structures and Nextpower's software-enabled AgriPV modes demonstrate how established solar supply chains are being adapted to farming. Future competitiveness will depend on systems that can be assembled quickly while preserving tractor turning radii, drainage, crop rows, livestock safety and agricultural productivity throughout operating lives that commonly extend for 25 years or longer.

Water-stressed regions provide another realistic opportunity. Sun'Agri reports an average 27% irrigation reduction, and TSE measured a 35% reduction in potential evapotranspiration at one 2025 project, while the UAE began its first MENA AgriPV demonstration in 2026 specifically within an energy-food-water context. These verified results and trials do not mean every crop or geography will achieve the same savings. Future projects will need localized modeling of shading, rainfall, soil type, humidity and crop sensitivity. If developers treat agricultural performance as the primary design constraint rather than an afterthought, agrivoltaics can expand into orchards, vineyards, grazing, vegetables, cereals and controlled-environment agriculture while reducing conflict between renewable-energy development and food-producing land.

6. Conclusion

The agrivoltaics industry in 2026 combines early commercial maturity with substantial room for technical standardization. The United States has close to 600 operating agrivoltaic sites representing roughly 10 GW, Sun'Agri reports 31 commercial installations, IDEEMATEC has deployed about 625 MWp of Agri-PV trackers since early 2024 and large European clusters are reaching hundreds of megawatts. The 5 major trends—dynamic crop-aware tracking, vertical bifacial systems, water conservation, larger project scale and diversified livestock or ecological applications—show that agrivoltaics is becoming a distinct branch of solar engineering. Success increasingly depends on measurable agricultural outcomes, not simply whether conventional PV equipment can physically coexist with a farm.

The Top Companies in the Agrivoltaics Industry represent different solutions to the same land-use challenge. Next2Sun emphasizes vertical bifacial arrays; Sun'Agri and TSE use actively managed overhead structures; BayWa r.e. concentrates on Fruitvoltaics; Soltec, IDEEMATEC, Schletter, PVH and Nextpower adapt tracker technology for farming; and REM Tec applies patented mono-axis, biaxial and fixed-system architectures. Regional conditions remain equally diverse: Italy is targeting at least 1.04 GW of dedicated deployment, Japan had 1,209 hectares in operation by fiscal 2022, the UAE launched its first MENA demonstration in 2026 and U.S. deployment already spans tens of thousands of acres. Future competitive advantage will depend on combining solar generation with crop resilience, water management, machinery access, automation and independently measured agricultural productivity.