Farmers in Indiana have a new “crop.”
It’s not a plant, though. It’s clean, reliable solar energy.
Giant photovoltaic panels are multiplying in the fields, replacing traditional growing and grazing land.
Behind the shift is a guaranteed income for landowners. But the dynamics of the land are changing beneath the energy infrastructure.
The space is being shared between technology and animals.
Recent extreme weather tested this partnership. How did the livestock handle the intense summer heat wave?
A new crop: How agriculture is shifting to clean energy
Farmers in the U.S. are being introduced to a new crop option: solar energy.
Traditional livestock and crop farming have historically been subject to volatile market prices, unpredictable weather, and illness, infestation, or disease.
But harvesting sunlight offers far more economic stability. The revenue from energy supply and land lease contracts is fixed, predictable, and guaranteed.
Converting agricultural land to solar harvesting is an innovative farm management strategy ripe for leveraging.
Diversified income sources are offering protection for farming families. It’s a new, independent revenue stream in keeping with modern demands.
And there’s a bonus: the topsoil under panel arrays is preserved and allowed to recover naturally. It will still be viable for future agricultural use when the lease or project ends.
And this natural recovery doesn’t mean the land has to sit idle, either.
Enter the livestock.
Solar grazing: A new level of practical farming logic
“Agrivoltaics” is the new buzzword in the farming scene. It’s a growing practice that combines agriculture with solar energy development.
The strategy is evolving as it grows in conjunction with the clean power sector.
The Indiana University Rural Conference in French Lick on May 19 and 20, 2026, saw a presentation featuring Dana and Paul Cummings of Sunovis Ranch.
They explained how they use sheep grazing to solve the challenge of fast-growing vegetation around the panels on their land.
Mechanical options like lawnmowers or weed whackers are risky, kicking up rocks and shattering expensive solar glass panels.
They’re also expensive to maintain and generate carbon emissions.
But the Cummings raise Katahdin sheep, a breed that’s happy to graze around solar arrays. They’re particularly good at mowing and navigating tight spaces.
There are two significant plusses in the mutually beneficial process. The sheep maintain the vegetation, naturally.
But they also generate income through livestock sales.
All while supporting the all-important fight against climate change. It’s a win all around.
And there’s yet another climate-related benefit, according to Eagle Point Solar.
A refuge during heatwaves and summer spikes
Solar panels fundamentally alter the microclimate of a pasture. They create alternating areas of sun and shade, reducing soil temperatures and slowing down evaporation.
These conditions not only keep the area cooler but also encourage the growth of high-quality forage for livestock.
But the real environmental and welfare breakthroughs of agrivoltaic setups reveal themselves during extreme weather events.
Protection from the elements
Summer heat spells in regions like Indiana can see temperatures spike as high as 95°F to 100°F. These are dangerous thresholds for livestock.
Open fields offer no shade relief from heat stress, but solar pastures provide an immediate microclimate cooling sanctuary.
When heatwaves hit the Cummingses’ Sunovis Ranch in summer, the sheep instinctively clustered below the elevated arrays.
They actively tracked the sun’s movement, shifting along with the shadows.
Using the infrastructure as a giant shield against the blistering heat, the animals kept their core temperatures down.
This striking behavioral response provides the ultimate proof for agrivoltaics.
It shows that solar infrastructure does not have to compete with agriculture. Rather, it provides vital climate resilience and immediate animal welfare protection when the environment turns hostile.