Agricultural Solar Siting Resources
There is growing interest in solar energy development in Maine. Farms are exploring opportunities to generate solar power to help power on-farm energy needs. Some farms are interested in diversifying their income streams by leasing land for solar development while continuing agricultural production.
McDougal Orchard's Barn. Photo Courtesy of Revision Energy.
The Department of Agriculture, Conservation and Forestry (DACF) supports the state’s goals for reducing reliance on fossil fuels and pursuing renewable energy generation. DACF encourages that, whenever possible, commercial scale solar projects be sited on non-agricultural lands, given the finite amount of prime agricultural soils in Maine. When solar is developed on agricultural land, the DACF encourages the development of dual-use solar projects.
The DACF has compiled a robust set of resources for anyone interested in learning more about the intersection of solar power and agriculture. They range from technical guidance for developers regarding installation and decommissioning, to checklists for farmers who are considering solar development on their lands.
Solar Siting Resources
- DACF Technical Guidance for Utility-Scale Solar Installations and Development on Agricultural, Forested, and Natural Lands (PDF) – This guidance document is intended to provide farmers and forest landowners with practical information when considering solar development on their property, as well as planning important preconstruction, construction, and post-construction/decommissioning activities. It further provides technical information for solar developers to consider when designing, installing, and removing solar projects.
- DACF Guide to Determining Prime Farmland Soils and Soils of Statewide Importance for Siting Solar Projects in Maine - Provides technical information necessary to assist solar developers to determine if proposed sites contain prime farmland soils and soils of statewide importance.
- Solar Installation Applications Factsheet (PDF) – An overview of the different types of solar installations, including information on foundation types, installation methods, and layout.
- DACF’s Maine Natural Areas Program (MNAP) offers environmental site review services for rare, threatened, and endangered plants, and rare and exemplary habitats for solar energy projects. Included in your response will be MNAP comments regarding botanical features, an MNAP determination regarding PUC criteria 5, and DACF comments and map regarding mapped farmland soils.
- Maine Department of Inland Fisheries and Wildlife (MDIFW) offers environmental site review services for rare, threatened, and endangered animals, significant wildlife habitat, and essential wildlife habitat. MDIFW has also published Solar Energy Project General Resource Guidance and Recommendations – A guidance document created to assist solar energy project applicants identify sensitive wildlife and fisheries resources, and incorporating measures to eliminate or reduce adverse impacts early in the project design and development stages.
Additional Maine Resources
Little Ridge Farm.
Photo Courtesy of Revision Energy.
- Maine Farmland Trust’s Solar Siting guidelines – A guide to best solar siting practices on agricultural land.
- Maine Audubon’s Best Practices for Low Impact Solar Siting, Design, and Maintenance - Avoiding and Minimizing Impacts to Natural and Agricultural Resources – A guide to best solar siting practices with an emphasis on protecting natural resources and agricultural land.
- Maine Audubon’s Solar Siting Mapping Tool – A GIS tool to assist municipalities, developers, and others identify suitable areas for solar development with the least impact to natural resources.
- Renewable Energy and Wildlife in Maine: A guide to avoiding, minimizing and mitigating impacts to wildlife and habitat from solar, wind, and transmission facilities – A natural areas and working lands guide for solar siting for developers, municipalities and the public. Written by Appalachian Mountain Club, Land for Good, Maine Audubon, Maine Farmland Trust, Maine Organic Farmers and Gardeners Association, Maine Organic Milk Producers, Natural Resources Council of Maine, National Young Farmers Coalition, and The Nature Conservancy.
- DACF Dual-Use (Agrivoltaics) Solar Installations Factsheet (PDF) – An overview of types of dual-use applications and their advantages and disadvantages.
- American Farmland Trust Dual-Use Factsheet – A factsheet depicting five case studies of dual-use solar arrays in New England.
- The University of Massachusetts’ Clean Energy Extension has published several research projects on dual-use including vegetable production trials on their UMass Amherst Research Farm and cranberry production.
- Hyperion Systems LLC’s Dual-Use Financial Modeling Tool – A spreadsheet farmers, developers, and other invested parties can use to cost compare farming without solar, with a traditional solar installation, and a dual-use system.
- The Smart Solar Siting Partnership Project for New England – This multi-stakeholder group offers farmers, policy makers, and the public solar policy analyses, solar siting case studies, land use research.
- U.S. Department of Energy's InSPIRE project – Offers a host of low-impact solar development resources including publications and webinars on dual-use as well as a guidebook for on best practices for low-impact solar on agricultural land.
Morris Farm. Photo Courtesy of Revision Energy.
- Maine Farmland Trust: Information for Owners of Maine Farmland on Commercial Solar Development – A factsheet for farmland owners which identifies issues and considerations for leasing land for solar development, and evaluating option and lease agreements.
- Interstate Renewable Energy Council (IREC)’s Solar Smart Consumer Checklist – This checklist provides information, considerations, and protections to consider before entering into a contract.
- IREC’s Clean Energy Consumer Bill of Rights – Addresses important consumer issues, including safety, contractual transparency, warranties, advertising, privacy, and more.