We are undergoing a wonderful, historic, frustrating and devastating transition to renewable energy. Solar panels will be on buildings and parking lots, and in highway medians, landfills, and brownfields. Utility-scale solar should be installed in those places before we put it on farmland. But that’s not what’s happening.

Like it or not, utility-scale solar is coming. Localities — especially those with weak ordinances for utility-scale solar, defined as projects with 50 acres or more of solar voltaic panels — need to get ready for it. I support big solar, but it must be done right.

Here are 10 things to demand from any utility-scale solar project in Virginia:

• Proper screening with vegetation and setbacks from property lines
• Riparian buffers along all hydric features (like springs and streams) within the project area
• Pollinator-friendly plants and/or dual purpose with agriculture under and around the panels
• Enough space between the rows of panels to support plant growth and water infiltration
• Proper erosion, sediment, and stormwater runoff controls — solar panels are impervious to rainfall!
• Consider proximity to transmission lines
• The requirement that the land be returned to its original use if solar panels are removed
• A decommissioning plan with a bond to back it up, including a requirement to recycle and reuse whatever is possible from the decommissioned panels
• Minimal impact on prime farmland (more on this later), forests and cultural resources
• Stellar public participation and transparency

Much guidance is available on the proper siting of utility-scale solar, including model ordinances. I have found the most complete guidance from the Alliance for the Shenandoah Valley. The American Planning Association and the Chesapeake Bay Foundation also provide good guidance.

Farmland protection purists, hear me out, please

In this country, we lose one acre of farmland every minute to development. Leasing farmland for solar (and putting it back as it was) is a way to protect farmland.

American farmers currently grow corn on 30 million acres to produce ethanol for our gas tanks and some studies show it produces more greenhouse gasses than it prevents. A little more than a third of that land in solar panels could generate 100 percent of America’s electricity demand.

The USDA’s Conservation Reserve Program has retired 23 million acres of farmland from annual crop production because they are highly erodible. Solar panels on half of that could generate 100% of America’s electricity demand.

Prime farmland vs. marginal farmland

Prime farmland — defined as nearly level land with deep, well-drained soil capable of producing food without irrigation — should be avoided for utility-scale solar. Prime farmland has class I and II soils in the USDA’s Land Capability Classification System. Land designated for a utility-scale solar project should, generally, have less than 30% of class I and II soils, so that land may be used to grow food.

Marginal farmland has soil that is class III or higher. These soils have “severe limitations” for growing food. These types of soil may be better used in panels with pollinator plants or forage for sheep to graze.

Solar panels may ruin your view, but that’s a non-issue

Don’t like the metallic look of solar panels? Get over it. It’s not your land. I wish there were a cost-share program to pay me for the view our farm provides the neighbors, but there isn’t. Putting solar panels on my land is a right granted because I bought and own the land. A changing view is not a legitimate reason to object to utility-scale solar.

Consider the alternative view if the farmer sells out to development. Would you rather look at a sea of McMansions, which come with a whole host of far more downsides: suburban traffic, demands for more services, and higher taxes?

It’s time to move on from our fossil fuel binge

In a time when we have atmospheric rivers, bomb cyclones, heat domes, and record durations of extremely high temperatures, and in a time when we have smoke from wildfires thousands of miles away clouding the Statue of Liberty and the mountains in the Shenandoah Valley, and in a time when drought conditions bring death and devastation like that visited on Maui in August, we need to reduce carbon emissions, now — and in a big way. Utility-scale solar will help us get there.

This commentary is republished from the Virginia Mercury, part of States Newsroom, a nonprofit news network supported by grants and a coalition of donors as a 501c(3) public charity. Michigan Advance maintains editorial independence. Contact editor-in-chief Susan J. Demas at [email protected].