Top 50 Agrivoltaics

Okovate develops agrivoltaics projects that integrate solar energy generation with ongoing agricultural practices on the same land. The company designs dual-use systems that allow farmers to maintain crop output while securing new, reliable income streams through fixed energy payments. This approach supports farm longevity and provides clean energy to local communities without altering existing land use.

This company develops and deploys vertical bifacial solar panel technology to enable dual land use for agriculture and renewable energy generation. Their solution minimizes land occupation while increasing overall revenue per acre for landowners. This approach supports food production, increases farmer income, and expands solar energy capacity.

Youth Power Ventures develops modular agrivoltaic solar parks that integrate solar energy generation with agriculture. This dual-use approach enhances land productivity by allowing for simultaneous crop cultivation and solar power generation, supporting food security and local economies.

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.

Phoebus provides a turnkey agrivoltaic platform that installs low‑density utility‑scale solar arrays above active crops, using its patented Solargation™ mounting and underground cabling to preserve farm operations. The company manages site feasibility, permitting, grid interconnection, and construction, delivering a hybrid asset that adds 70‑90 % more land revenue while maintaining crop yields. Large farms and agribusinesses can generate clean electricity and steady power‑sale income without disrupting planting cycles.

EcoBalance Technologies provides a modular agrivoltaic system (INVIT) that combines bifacial photovoltaic panels on a galvanized steel frame with a clear‑cover greenhouse envelope. Each 15 × 12 ft module generates up to 2.2 kW of on‑site renewable power while supporting mechanized farming and offering integrated electric heat‑pump climate control for year‑round crop production. The company also delivers full EPC services to enable rapid, scalable deployment on commercial and medium‑scale farms.

<name>Ylektra</name> <description>Ylektra designs, develops, and constructs agrivoltaic (Agri‑PV) systems integrated with battery energy storage for agricultural sites. The company provides turnkey solutions that combine solar generation, real‑time optimization, and storage to enable dual-use of farmland for both crop production and renewable electricity. By offering flexible system designs and intelligent energy management, Ylektra helps landowners diversify revenue streams and improve

Carbon Country provides a vertically integrated agrivoltaic platform that combines utility‑scale solar PV, rotational organic livestock grazing, and on‑site Bitcoin mining, with a real‑time energy management system that allocates power to the grid, battery storage, or miners based on market signals. The platform also quantifies soil carbon sequestration and biochar production to generate verified carbon removal credits, consolidating electricity sales, crypto rewards, organic meat sales, and carbon credits through a unified data dashboard for off‑takers, carbon brokers, and ethical meat distributors.

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.

Agritree develops solar sharing systems that integrate photovoltaic panels with agricultural land, allowing for simultaneous crop production and renewable energy generation. This approach enhances food security and provides sustainable energy solutions while reducing reliance on chemical fertilizers and pesticides.

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.

This startup operates large-scale solar farms that generate renewable energy to support New Zealand's transition to a zero-carbon future. By integrating solar power with existing hydro, geothermal, and wind resources, the company enhances local electricity supply while promoting sustainable agricultural practices.

Cultivate Power develops distributed solar and storage projects by collaborating closely with landowners and local partners. The company focuses on integrating clean power generation seamlessly with local environments and agricultural operations. This approach strengthens the electric grid while delivering tailored economic benefits to host communities.

LDP Solar manufactures translucent solar panels designed for use in greenhouses. These panels allow for simultaneous crop production and solar energy generation, creating a dual-purpose agricultural and energy solution.

The startup installs floating photovoltaic panels with integrated battery storage on horticultural water basins, converting idle surface area into a solar generator while shading the water to reduce evaporation and algae growth. The turnkey service includes engineering, installation, a cloud‑based performance dashboard, and a 15‑year warranty, delivering growers 5 %–15 % annual ROI through on‑site energy use and grid export.

Agora Solar designs and manufactures ultrathin double‑glass bifacial photovoltaic modules in Slovakia, offering framed, frameless, and color‑customized panels that meet IEC 61215/61646, CE, TUV, and EN12600 standards. Their locally produced panels provide higher energy yield, one‑week lead times, and a 30‑year performance warranty, enabling residential, commercial, and agricultural customers to reduce electricity costs and integrate solar power quickly.

The startup provides modular off-grid farming systems that utilize IoT and AI technologies to enhance vegetable cultivation efficiency. This approach addresses issues of food loss and environmental anxiety by promoting sustainable agricultural practices and proactive farm management.

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.

This company develops and installs ground-mounted solar farms using photovoltaic technology to generate renewable energy. They focus on minimizing environmental disruption and supporting agricultural communities with sustainable energy solutions for economic growth.

AgriVijay operates India's first curated marketplace for renewable energy products, offering solutions such as solar water pumps, biogas digesters, and solar home lighting kits tailored to the energy needs of farmers and rural households. By providing access to clean energy technologies, the company helps mitigate climate change impacts while enabling users to reduce energy costs and enhance agricultural productivity.

Smart Agri-Tech Solutions.

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.

SunCulture provides solar-powered irrigation pumps that enable smallholder farmers to access reliable water supply, irrigation, and energy for lighting and mobile charging. This technology increases crop yields by up to 300% while reducing water usage by 80%, addressing the critical challenges of water scarcity and low agricultural productivity.

Zor develops a battery sharing platform designed to provide reliable, affordable electricity access for agricultural operations in rural India. The company deploys smart, shareable batteries charged via grid and renewable sources, which farmers can rent for irrigation and mechanization needs. This service offers a cost-effective and dependable alternative to expensive diesel power and high upfront solar investments.

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.

Beanstalk Power delivers turnkey off‑grid hubs that generate clean electricity and run modular vertical farms for leafy greens, minimizing water and power consumption. It also provides training in energy and farming management to help municipalities improve food security, grid resilience, and local economic activity. Revenue is generated from hub deployments and associated service contracts.

Lewa Farm Tech develops solar-powered nitrogen fixation systems to provide on-site nitrogen generation for agricultural operations. This technology reduces farm reliance on synthetic fertilizers while enhancing crop yields and nutrient absorption. The company offers a turnkey solution for sustainable food production across various farm scales and environments.

Red Sea Farms utilizes saltwater-based agriculture technology to enable the commercial farming of produce in arid environments. This approach addresses water scarcity by reducing reliance on freshwater resources while maintaining crop yield and quality.

This company manufactures low-hazard quantum dots and polymer composites that convert light for various applications. Their quantum dots optimize sunlight for crop growth in the agriculture industry while maintaining negligible material toxicity.

The startup develops sustainable lighting technologies that utilize natural light sources to optimize LED systems for greenhouse and breeding farm applications. This technology enhances plant growth conditions, resulting in increased yields and improved operational efficiency for farm and property owners.

This startup provides IoT technology solutions tailored for new farmers, facilitating the production, processing, and distribution of agricultural products. By integrating smart farming techniques, the company enhances operational efficiency and resource management in agriculture, addressing the challenges faced by emerging farmers in adopting modern 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.

This company designs and implements integrated agricultural systems, pairing mid-tech greenhouses with agroforestry to boost smallholder farmer productivity and income. They also provide locally sourced, energy-efficient cold storage solutions to significantly reduce post-harvest losses. Their infrastructure development focuses on regenerative practices that enhance land restoration and promote local food security.

This company provides agricultural technology solutions designed to enhance food security for smallholder farmers in Africa. Their device detects crop pests and diseases, offers tailored chemical application advice, and provides localized weather forecasts. This integrated approach aims to significantly increase crop productivity and farmer income.

This company integrates renewable energy, AI-driven insights, and climate-smart technologies to support smallholder farmers. They provide accessible financial models and sustainable water supply solutions, such as solar irrigation, to enhance food security and economic resilience. The focus is on promoting sustainable agricultural practices that reduce reliance on fossil fuels and improve year-round farming capabilities.

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.

This ag-tech firm develops a sustainable food production platform utilizing biotechnology to create climate-resilient crops that enhance food security. By improving crop resistance to climate-related stresses, the company aims to mitigate the impact of the global food crisis exacerbated by climate change.

This ag-tech company integrates low-carbon technologies and solar-powered irrigation systems to combat fuel dependency and soil degradation in horticulture. By enhancing crop yields and enabling farmers to decarbonize, the company helps them double their profits.

The startup offers a hardware-enabled software platform that utilizes a low-energy, aeroponic farming system to enable crop growth in under-utilized spaces without water pumps. This approach enhances food security by allowing small-scale farmers to cultivate and sell produce in residential or commercial areas, promoting food sovereignty and addressing food insecurity.

SolarGik designs and installs smart photovoltaic (PV) trackers that optimize solar energy generation on challenging terrains, including slopes up to 30%, without the need for costly grading. Their technology enhances tracking accuracy and reduces capital and operational expenditures by utilizing a lightweight, modular design that minimizes material use and maintenance requirements.

Miravel offers an AI-powered wall-mounted garden system that allows urban residents to grow fresh produce on-site with minimal maintenance, using integrated monitoring and plant-specific nutrients. This solution addresses the lack of access to nutritious food in urban environments by enabling tenants to cultivate a variety of edible plants in limited space, using significantly less water and land compared to traditional agriculture.

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.

YY ReGen develops renewable energy solutions and sustainable water management systems tailored for agricultural applications in Lebanon and the MENA region. By utilizing solar power and efficient irrigation techniques, the company reduces operational costs and environmental impact for farmers, promoting regenerative agricultural practices.

Develops AgriClimate technologies that reduce the impact of near-infrared radiation on crops while maintaining 81% photosynthetically active radiation (PAR) transmission. These solutions lower energy and fertigation costs by 1% for hydroponic growers in hot climate regions, improving resource efficiency and crop performance.

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.

Mirai Solar employs specialized photovoltaic technology to convert blocked sunlight into usable solar energy, enhancing energy capture in shaded environments. This technology provides a reliable energy source for users who experience low-light conditions, where traditional solar panels typically underperform.

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.

The startup develops commercial LED lighting products that utilize spectra-changing illumination technology to enhance plant growth in controlled environments. Their solutions significantly lower fresh water and land usage while improving crop yield and quality for technology and aerospace firms.

Gridtractor provides a comprehensive electrification solution for agricultural operations by integrating energy generation, storage, and management systems into farm equipment. This technology enables farmers to reduce fuel costs by over 75%, generate their own energy, and optimize operations through real-time data analysis, ultimately enhancing profitability and sustainability.

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.