Top 50 Agrivoltaics in Europe

Ombrea designs and implements agrivoltaic shade house systems that combine solar energy production with crop protection, addressing the challenges of climate variability such as drought and extreme weather. Their solutions enhance agricultural resilience by optimizing light and temperature conditions for various crops while reducing water usage through improved microclimate management.

The startup develops photovoltaic and agrivoltaic solar power plants that generate renewable energy while providing shade systems for agricultural land, helping to rehabilitate degraded areas. Their solutions enhance crop resilience against climatic hazards and support the production of bioenergy, benefiting both farmers and the environment.

Voltiris provides photovoltaic modules that filter sunlight to transmit crop‑essential wavelengths while converting the remaining spectrum into renewable electricity for greenhouses. Their patented spectral filtering and two‑axis tracking technology enable large‑scale power generation and up to a 7 °C reduction in peak plant temperature, improving yield and fruit quality. The solution integrates with existing or new greenhouse structures without permits, delivering cost savings and up to 95 % CO₂ emission reductions.

Arborea utilizes its patented Biosolar Leaf™ cultivation system to produce carbon-neutral protein and functional ingredients from microscopic plants, requiring only non-fertile land and sunlight as feedstocks. This technology addresses the challenge of increasing food production without expanding agricultural land, thereby reducing biodiversity loss and carbon emissions.

The startup operates fully automated vertical farms that utilize advanced agronomy, software, and engineering techniques to produce uniform, pharma-grade crops. This approach addresses the challenges of urbanization, food safety, and limited food access by providing reliable agricultural inputs to various industries.

This agri-tech startup provides farmers with data analytics and precision agriculture tools to enhance crop and livestock management. By facilitating better decision-making and improving market access, the company addresses inefficiencies in agricultural productivity and buyer connections.

Circal develops solar energy and energy storage projects in collaboration with landowners, focusing on site discovery and project completion to meet decarbonization targets. By utilizing agricultural land for solar installations, Circal enables landowners to diversify their revenue streams while contributing to renewable energy generation.

The startup specializes in vertical farming systems that utilize hydroponics and controlled environment agriculture to maximize crop yield in urban settings. This approach addresses food supply challenges by producing fresh produce locally, reducing transportation costs and carbon emissions.

This startup manufactures photovoltaic modules designed to enhance European energy independence through a scalable infrastructure that adheres to low carbon and social standards. Their products enable businesses to meet the increasing demand for renewable energy while minimizing environmental impact.

The startup has developed a sustainable synthesis process for decentralized ammonia production, utilizing only air, water, and green electricity at the point of use. This technology enables large farms and greenhouses to produce ammonia and nitrogen-based fertilizers on-site, reducing reliance on traditional supply chains and enhancing agricultural sustainability.

The startup utilizes a hydroponic vertical farming system to cultivate plants, significantly reducing water consumption while maximizing space efficiency. This approach addresses the challenges of traditional agriculture by providing a sustainable solution for food production in urban environments.

This biotechnology company harnesses the natural decomposition of organic substances in grass to generate electricity through a biological engine that liberates electrons and water. By converting plant waste into clean energy, the company addresses the need for sustainable electricity sources, enhancing environmental quality and energy accessibility.

Blue Radix provides AI-driven solutions, specifically the Crop Controller, to manage greenhouse climate and irrigation autonomously. This technology executes precise crop strategies, leading to predictable, high-quality production while reducing resource consumption. The system aims to increase grower profit through higher yields and significantly lower manual climate management workload.

Acregreen utilizes automated vertical farming technology to produce fresh, nutritious animal feed on-site in less than seven days, significantly reducing the need for imported feed. This system conserves over 90% of water and is equivalent to 500 acres of arable land, addressing food security and environmental sustainability challenges in livestock production.

This startup manufactures electric agricultural tractors designed for diverse farming applications, including viticulture, market gardening, and specialized crops. Their tractors enable farmers to implement agroecological practices, enhancing sustainability and efficiency in agribusiness operations.

Glint Solar offers a SaaS platform that accelerates early-stage development for utility-scale solar and battery energy storage projects. It streamlines site selection and feasibility assessments by integrating geospatial data and grid infrastructure information, enabling developers to prospect sites up to 10 times faster.

This startup provides modular, containerized bioenergy systems that convert agricultural waste into heat and power for farms. Their solutions enable farms to generate renewable energy on-site, reducing reliance on fossil fuels and managing organic waste efficiently.

PerPlant provides an AI-powered camera sensor system designed for precision agriculture applications like spot spraying and grading. This sensor automatically assesses crop needs in real-time, optimizing the distribution of fertilizer and plant protection products across the field. The system helps farmers increase yield while simultaneously reducing chemical consumption and automating field data documentation.

This startup provides vertical farming services that utilize controlled environment agriculture (CEA) techniques to grow crops indoors without the use of insecticides or pesticides. By maintaining optimal conditions year-round, the company delivers nutrient-rich produce to consumers, addressing the challenges of seasonal crop availability and pesticide use.

The startup develops an ultraviolet-based crop protection system that stimulates natural plant defenses through targeted UV flashes, reducing the need for chemical pesticides. This technology helps farmers mitigate crop damage from pests and climate stressors while promoting healthier crop growth.

The startup develops a robotic farming system that integrates crop and soil monitoring with precision feeding and weeding technologies to enhance agricultural efficiency. By optimizing fertilizer application and minimizing chemical use, the system aims to increase farm outputs while reducing environmental impact.

The startup develops solar thermal technology that converts solar energy into heat energy through wall and roof-mounted air collectors. This system enables efficient drying of biomass and agricultural products, significantly lowering heating costs for users.

This vertical farming company grows sustainable produce for supermarkets and restaurants using renewable energy and zero pesticides. They are also developing advanced growing systems for space exploration and off-world colonies.

Your AI-powered digital agronomist utilizes machine learning algorithms to analyze soil health, crop performance, and weather patterns. This technology provides farmers with actionable insights to optimize yields and reduce resource waste, addressing inefficiencies in traditional agricultural practices.

The startup develops nano-based technology that enhances the thermal insulation properties of greenhouses, leading to significant reductions in heating requirements. This technology promotes sustainable agriculture by lowering operational costs and decreasing carbon dioxide emissions associated with food production.

Gardin develops optical phenotyping technology that utilizes machine vision and proprietary optics to monitor plant health across various agricultural platforms. This technology enhances crop yield and quality while optimizing resource allocation and reducing production costs.

Armcon Industries develops automated vertical farming systems that optimize crop yields and resource efficiency. Their technology integrates AI-driven climate control and hydroponics to enable sustainable, high-density food production in urban or controlled environments.

The startup has developed a precision fertilizer technology that allows for targeted application directly in the seeding furrow, significantly reducing the amount of fertilizer needed per hectare compared to traditional broadcast methods. This approach minimizes weed pressure and decreases reliance on herbicides, enhancing fertilizer efficiency for precision agriculture.

LiteFog develops fogponics technology that utilizes ultrasound-generated nutrient-rich fog to optimize plant growth while significantly reducing water and resource consumption. This approach addresses the challenges of traditional agriculture by enabling year-round production of high-quality crops, including pharmaceutical plants, in a scalable and efficient manner.

The startup develops utility-scale solar farms integrated with grid-balancing battery storage technology to enhance renewable energy reliability. By providing efficient energy storage solutions, the company helps reduce greenhouse gas emissions and supports government net-zero targets.

SAIA Agrobotics provides a patented automation solution for greenhouse food production by utilizing a mobile plant system and advanced AI to monitor plant health and optimize harvest timing. This technology addresses labor shortages and inefficiencies in large-scale greenhouse operations, enabling growers to achieve up to 50% labor savings while increasing crop yields.

Insolight develops agrivoltaic systems using translucent solar modules that replace traditional plastic tunnels in agriculture, enabling simultaneous solar energy production and crop protection. This technology allows farmers to optimize light transmission for improved crop growth while utilizing land more efficiently.

The startup develops an automated greenhouse that utilizes climate regulation, vertical aquaponic towers, and organic soil regeneration techniques to facilitate personal food production. This system enables users to efficiently grow their own vegetables while promoting sustainable agricultural practices.

This startup develops a data-driven technology platform for organic vertical farming, enabling year-round cultivation of fruits and vegetables in controlled modular greenhouses. By optimizing environmental conditions and automating growth processes, the system allows entrepreneurs to produce fresh herbs, berries, and edible flowers locally, addressing the challenges of food supply and seasonal limitations.

Agricooltur develops patented aeroponic systems for soil-less crop cultivation, which significantly reduces water consumption and eliminates pesticide use. This technology enhances crop yield while promoting sustainable agricultural practices in response to the limitations of traditional farming methods.

This startup develops AI-based farming technology that utilizes proprietary sensors to gather field data and external project information. By providing farmers with actionable insights through predictive analytics, the platform enhances decision-making for healthier and more efficient agricultural practices.

Feld.energy develops agrivoltaic systems that integrate solar power generation with agricultural land use. Their technology allows farmers to cultivate crops while simultaneously producing renewable energy, optimizing land efficiency and creating new revenue streams.

The startup develops agricultural chemicals using fermentation and formulation technologies to cultivate previously un-culturable ingredients. This enables farmers to increase crop yields while minimizing fertilizer use, making sustainable agriculture more accessible and cost-effective.

Powerfultree develops an agritechnovoltaic system that integrates solar energy generation with agricultural practices to enhance plant and vegetable growth. This technology addresses the challenge of limited arable land by optimizing land use for both energy production and food cultivation.

DryGro utilizes sustainable agritech methods to cultivate animal feed crops on arid and unproductive land, transforming these areas into viable agricultural sites. This approach addresses the challenge of feed scarcity by maximizing land use efficiency and enhancing food security for livestock.

This company develops the Aeroframe platform, an aeroponic growing system designed to maximize greenhouse utilization and crop output. Their technology allows growers to double cultivation area and significantly reduce per-plant operational costs for crops like strawberries and leafy greens. The integrated Freya OS manages automation to increase overall profitability and return on investment for commercial cultivation facilities.

The startup operates a satellite-based farm irrigation management platform that automates irrigation processes by providing precise water usage recommendations based on crop needs. This technology helps farmers optimize water application, reduce waste, and enhance crop yield and quality without the need for costly field sensors.

Spowdi manufactures a solar-powered drip irrigation system that enables small-hold farmers to optimize water usage by delivering water directly to plants, resulting in up to 80% water savings. This technology increases crop yields while reducing operating costs, helping farmers transition away from fossil fuel dependency.

This startup utilizes aeroponic technology to enable vertical farming without soil, pesticides, or harmful chemicals, powered by renewable energy. Their system allows households to produce a diverse range of nutritious vegetables year-round, ensuring consistent quality and shorter growing cycles.

Glaia develops carbon-based nanotechnology biostimulants that enhance photosynthesis efficiency in crops, increasing biomass production without additional inputs. This technology addresses the low average efficiency of photosynthesis, enabling higher yields and profitability for growers while promoting sustainable agricultural practices.

Feldwerke develops Agri-PV systems that integrate solar energy generation with agricultural land use, allowing for at least 85% of the land to remain arable while enhancing soil moisture and biodiversity. The startup also implements battery storage solutions to efficiently manage the variable output of renewable energy sources, contributing to the goal of achieving 100% renewable electricity by 2035.

HarvestAi provides AI-powered crop growth and yield prediction solutions specifically for the indoor farming sector. The platform uses computer vision and machine learning to forecast harvest volumes and dates, enabling growers to optimize resource allocation and align production with market demands. This data-driven approach enhances operational efficiency, improves profitability, and strengthens communication between sales and cultivation teams.

The startup develops photovoltaic systems specifically designed for agri-PV projects and solar fencing, utilizing freestanding structures for vertical mounting of bifacial glass-glass modules. This technology provides reliable electricity generation for agricultural applications, enhancing energy access in rural areas.

Plantvoice® utilizes real-time sap analysis technology to monitor the health and stress levels of fruit plants, enabling farmers to optimize resource use such as water, fertilizers, and phytodrugs. This approach helps predict crop quality and maximize yield while reducing resource consumption by up to 40%.

Agripolis designs and installs urban rooftop farms that utilize hydroponic and aeroponic systems for the efficient production of fresh vegetables and fruits in city environments. This approach addresses the challenge of food accessibility in urban areas by providing locally sourced produce, reducing transportation emissions and enhancing urban biodiversity.