When a new project is proposed in a community, one of the first questions residents ask is: How will this affect our town during construction? Whether it’s a community solar farm or a housing development, both bring temporary construction activity. But their long-term impacts on traffic, municipal services, land use, and property values are fundamentally different. Understanding those differences can help communities make informed decisions.

Temporary Construction, Very Different Timelines and Aftermaths

Both project types require trucks, equipment, deliveries, and site disturbance during the build. Solar construction is relatively short —for community solar projects, the type of solar PureSky Energy builds, the active construction phase is 4-6 months on average. Operational traffic is minimal throughout the 25+ year lifespan. In fact, engineers frequently scope out operational traffic from detailed analysis entirely because a completed solar farm generates so few vehicle trips — often just a handful of maintenance visits per year.

By contrast, the activity during and after construction of a housing development is significantly different. Building an entire housing development can take anywhere from 4 months to 2 years, or even longer depending on the complexity of the construction. A housing development also generates permanent daily traffic from residents, deliveries, school buses, and emergency services that continues for the life of the neighborhood.

Municipal Services and the Local Budget – Solar’s Net Positive

This is where the contrast is most striking. For decades, the American Farmland Trust’s Cost of Community Services studies — covering 261 communities nationwide — have found that residential development typically costs local governments more in services (schools, roads, safety) than it generates in tax revenue, while working and open lands generally produce a fiscal surplus.

Solar projects tend to fall on the favorable side of that ledger: they require no water or sewer connections, add no students to schools, and place little demand on public services, while still generating meaningful tax revenue. Research from the University of Michigan’s Graham Sustainability Institute notes that energy property taxes are usually far higher than farmland taxes, and communities increasingly use that revenue to fund roads, EMS, and other essential services.

Land Use of Solar: A Smaller Footprint Than People Assume

Farmland loss is a common concern, but the data reframes it. According to SEIA, solar occupies just 0.04% of total U.S. land and 0.07% of U.S. farmland — and there is no state where solar uses more than 0.5% of prime farmland. By comparison, suburban development since 2014 has consumed roughly six times more prime farmland than solar, and golf courses use about 2.6 times more.

The Interstate Renewable Energy Council (IREC) puts it plainly: urban development and housing, not solar, are the primary causes of farmland loss. Unlike permanent housing, solar is a temporary land use — projects can be decommissioned and the land returned to agriculture.

Reversibility and Decommissioning of Solar vs. Housing Development

Housing is effectively permanent. Solar is not. Most projects operate 25–30 years, after which equipment is removed and the site is restored — often back to agricultural condition. Many jurisdictions require a decommissioning plan and financial assurance (such as a bond) up front to guarantee restoration, a safeguard documented in resources from the Center for Rural Affairs and state regulators.

Property Values of those Living Near Solar: What the Research Actually Shows

The largest study to date — published in the Proceedings of the National Academy of Sciences (Virginia Tech, 2025), analyzing 8.8 million real estate transactions near 3,699 solar sites — found nuanced results. Nearby agricultural and vacant land rose 19.4% in value, while residential homes within three miles saw a modest average 4.8% decrease that faded over roughly nine years. Notably, visibility of panels had no measurable effect, suggesting the dip stems from perception rather than physical harm.

How does solar affect property values?

A Lawrence Berkeley National Laboratory study of 1.8 million home sales near 1,500 projects across six states found an even smaller effect: about 1.5% for homes within half a mile, and no significant impact beyond a mile.

Who Benefits from Community Solar

Community solar also broadens access to the benefits of clean energy. A Berkeley Lab and NREL study published in Nature Energy (2024) found community solar subscribers were 6.1 times more likely to live in multifamily housing, 4.4 times more likely to rent, and earned 23% less income than rooftop solar adopters — reaching households that rooftop solar has historically left behind.

A Different Kind of Development – Both Necessary

This isn’t about declaring one land use better than another — housing meets a vital need. But the comparison highlights a key distinction: housing developments create permanent traffic, infrastructure, and service demands, while community solar delivers decades of low-impact operation, local tax revenue, reversible land use, and clean energy for the community.

As U.S. electricity demand climbs, understanding those tradeoffs helps communities plan development that fits their long-term priorities.

Sources

  1. Solar Energy Industries Association (SEIA), New Map Shows Solar Uses Only 0.07% of U.S. Prime Farmland (2026). https://seia.org/news/new-map-solar-farmland/
  2. Interstate Renewable Energy Council (IREC), Large-Scale Solar: Addressing Community Concerns. https://irecusa.org/resources/large-scale-solar-community-concerns/
  3. American Farmland Trust, Farmland Information Center — Cost of Community Services Studies. https://farmlandinfo.org/publications/cost-of-community-services-studies/
  4. Hu, Chen, et al., Virginia Tech / PNAS — solar farm property value impacts (2025). https://www.pnas.org/
  5. Elmallah, S., et al., Lawrence Berkeley National Laboratory — property value study (2023). https://emp.lbl.gov/publications/multi-state-analysis-property-value
  6. O’Shaughnessy, Barbose, et al., Berkeley Lab & NREL, Nature Energy — community solar access (2024). https://emp.lbl.gov/news/berkeley-lab-finds-community-solar-expands-access-solar-adoption
  7. University of Michigan Graham Sustainability Institute — Local Property Tax Impacts of Wind and Solar. https://graham.umich.edu/
  8. Center for Rural Affairs — Solar decommissioning and land restoration. https://www.cfra.org/