Dave Duttlinger’s first thought when he saw a dense band of yellowish-brown dust smearing the sky above his Indiana farm was: I warned them this would happen. About 445 acres of his fields near Wheatfield, Indiana, are covered in solar panels and related machinery – land that in April 2019 Duttlinger leased to Dunns Bridge Solar LLC, for one of the largest solar developments in the Midwest.
On that blustery spring afternoon in 2022, Duttlinger said, his phone rang with questions from frustrated neighbors: Why is dust from your farm inside my truck? Inside my house? Who should I call to clean it up?
According to Duttlinger’s solar lease, reviewed by Reuters, Dunns Bridge said it would use “commercially reasonable efforts to minimize any damage to and disturbance of growing crops and crop land caused by its construction activities” outside the project site and “not remove topsoil” from the property itself. Still, sub-contractors graded Duttlinger’s fields to assist the building of roads and installation of posts and panels, he said, despite his warnings that it could make the land more vulnerable to erosion.
“I’ll never be able to grow anything on that field again,” the farmer said. About one-third of his approximately 1,200-acre farm – where his family grows corn, soybeans and alfalfa for cattle – has been leased.
Because it produces usable electricity for the farmer.
A wind turbine is not a wind break.
What do windmills have anything to do with solar panels? Don’t try to change the subject…
I misunderstood you then.
What kind of structure would you have the farmer spend money to build then?
The same thing we’ve been talking about this whole time…solar panels.
The wind picked up the sand the solar power company laid on the property after leveling it.
So please explain to me how solar panels act as windbreaks.
Which ends immediately after they finish leveling it.
Big wide solid panels in rows. Like really, is this that hard to understand?
Solar panels are tilted facing south (angling uowards/downwards depending on seasonal sun locations).
If prevailing winds are coming from the WNW/NW/ or N they are funneled under the panels … thereby picking up the sand. If the wind is swirling at all the sand will be taken upwards and spread.
So again, please explain to me how solar panels can be a windbreak.
You’re complaining about a very easily solved problem. You can just put up another type of barrier at the ends of the rows. This is not the gamestopper that you think it is.
Seriously, just complaining helps no one. Stop looking for problems that don’t exist…