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Agrivoltaics (AgPV) is the intentional co-location of agriculture and solar energy systems on the same parcel of land. This may include:
Also known as "dual-use solar," agrivoltaics is an integrated and multi-functional practice where the goal is not simply to manage vegetation beneath photovoltaic solar panels, but to design projects in ways that harvest energy, agriculture, and/or conservation goods and promote long-term farm productivity and land health.
Agrivoltaics is an emerging field bringing together agriculture, energy, and land stewardship, but there is already a generation of research and real-world examples of projects across the United States and beyond.
Explore the selected resources below and click through to the primary materials and prime movers at the forefront of agrivoltaics research, practice, and implementation.
https://openei.org/wiki/InSPIRE
Research and tools exploring how solar energy can coexist with agriculture and ecosystems.
https://openei.org/wiki/InSPIRE/Agrivoltaics_Map
A growing map of agrivoltaic installations and research sites across the United States.
https://www.agrisolarclearinghouse.org
Technical resources, research summaries, and case studies about agrivoltaics.
Education and demonstration advancing agrivoltaic systems and inspiring future farmers at the world-renowned Jack’s Solar Garden.
Training, certification, and resources for grazing livestock on solar sites and a growing community of farmers, ranchers, and professionals cultivating best practices.
A growing directory of solar farms that host educational tours and demonstrate dual-use land practices.
https://agrivoltaicsawards.com
Celebrating groundbreaking AgPV work and elevating leaders cultivating solar and agriculture together across the continent.
A constructive community of interdisciplinary professionals, farmers, developers, researchers, and communities working collaboratively to grow the agrivoltaics opportunity by developing best practices.

Georgia’s agricultural and forestry landscapes are foundations of the state’s economy, cultural history, and environmental health. As solar deployment expands across the region to meet growing electricity demand, agrivoltaics (AgPV) is a framework for integrating renewable energy development with working lands in ways that can increase a large variety of agricultural production, improve crop and livestock resilience across a wide-spectrum, and/or enhance soil health and conservation outcomes. AgPV offers strong multi-purpose alternatives to single-purpose solar development that do not incorporate agricultural production or habitat conservation and soil restoration.
While a highly adaptive suite of technology and practice, AgPV is not a one-size-fits-all solution. It is an emergent, highly iterative set of design, operation, and stewardship principles to align solar development with agricultural production, farm productivity, soil health, and ecosystem resilience.
Utility-scale solar has grown significantly across the state. Decisions about siting, vegetation management, and long-term land use will influence how solar development interacts with working and natural landscapes for decades.
Georgia is a leading producer of poultry, peanuts, cotton, timber, and specialty crops, with agribusiness being its #1 industry. Maintaining productive farmland and forests is essential to GA's economy and future generations.
Ground-mounted solar projects often operate for 25–40 years. Integrating best practices in land stewardship, soil health, and agricultural compatibility at the outset will secure that the land remains viable for the long-term.
Farming + solar technology and practice that integrates agricultural production and/or conservation performance
Electricity production on agricultural land without agronomic benefit
Not all crops, soils, or regions are equally suited to the same dual-use applications. Local climate, soil composition, and local agribusiness matters.
Erosion control, compaction prevention, and vegetation planning are essential to preserving soil health and protecting long-term land quality.
Farming and ranching schedules for grazing, cropping, and harvesting must align with solar schedules for operations, maintenance, and servicing, as well as health and safety requirements for all (including crops, critters, and communities).
Rather than making difficult land-use choices and impossible trade-offs, agrivoltaics gives communities an alternative, multi-purpose development model able to support energy and agricultural stakeholders to the mutual benefit of both and local communities.

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