Debate Over Solar and Battery Storage Facilities Heats Up in Michigan
Keeping it Real with Dave Bondy, Sunday August 22, 2025
Michigan communities are facing a growing debate over the expansion of large-scale solar projects and battery energy storage systems. As the state pushes toward renewable energy goals, residents and experts are raising questions about transparency, safety, and the long-term impact on farmland.
A Resident’s Concerns
Jan Wessels of Colfax Township, located in Michigan’s Thumb region, recently learned that a battery energy storage facility is being built just 350 feet from her property line. The system, spread across 72 acres, will consist of shipping container-style units designed to hold stored electricity.
Construction began this spring, but Wessels says she and her neighbors were left in the dark until the project was already approved. “If you were not a participating landowner, you didn’t know anything about what was going on,” she explained, noting that the process lacked transparency.
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Her concerns are wide-ranging. She worries about possible explosions, toxic smoke, and soil or water contamination if the system fails. She also points to the fire department’s lack of training on how to respond to potential accidents. “I’m more concerned about an explosion that could not only contaminate the air but the soil and water. There’s just a lot of risk to it,” she said.
Beyond the immediate safety risks, Wessels is troubled by the rezoning of farmland for industrial use. She notes that Huron County has already approved 15,000 acres for solar and battery projects, raising questions about what will happen decades from now if the technology fails or companies walk away. “Who’s going to clean them up? Who’s going to get rid of them?” she asked.
For Wessels, the projects not only jeopardize farmland that produces corn, hay, and sugar beets but also risk harming tourism in the area. “It’s a beautiful area up here,” she said. “The tourism is just going to go away if we have 15,000 acres of solar.”
An Expert Weighs In
Patrick Durham, a mechanical engineer and veteran firefighter, has a different perspective. As the owner of StacheD Training, he provides consulting and training on battery energy storage and electric vehicle safety. He acknowledges the risks but stresses that much has changed in the industry since a 2019 incident in Arizona where a battery facility fire nearly killed four firefighters.
“The industry learned a lot from that incident,” Durham said. “The safety standards and codes around battery energy storage systems really started to develop and change at that point.”
According to Durham, modern systems are designed in smaller units—about the size of shipping containers, that limit the spread of fire. If one container fails, it should not ignite the entire facility. He also points to updated codes, such as NFPA 55, which require spacing between units, on-site monitoring, emergency action plans, and local fire department trainingstachedtrainingtext.
However, Durham agrees that location matters. “If this is a system that’s going up right next to a residential area, it’s probably a bad location for it. It should be more in an industrial area away from homes,” he saidstachedtrainingtext. He recommends at least 330 feet of distance from homes, possibly double that for safety.
Durham also emphasizes the need for transparency in the approval process. Communities, he says, should ensure that projects are built to the latest safety codes and that fire departments know how to respond. “It’s really about common sense and making sure they’re done right,” he saidstachedtrainingtext.
The Bigger Picture
Michigan’s move toward renewable energy is accelerating under state policy. But as more farmland is rezoned for solar and storage facilities, residents and experts are clashing over how to balance clean energy goals with community safety, farmland preservation, and transparency.
Wessels urges residents across Michigan to get involved in township meetings before projects move forward. Durham believes that with proper oversight and adherence to updated codes, battery storage systems can safely play a role in stabilizing the grid.
The debate highlights the challenge of transitioning to new energy sources: while the technology may offer solutions to energy demand, its placement and long-term consequences are raising serious questions in Michigan communities.
Crazy thing is that cities and counties don’t use zinc. There is a us made company that is not flammable and stackable in these situations. No fire risk which in rural areas is massively important. Research Eos Energy in Pittsburgh. DOE has vetted the company as well. Longer duration and not flammable.
Why are we even creating these? Germany has made a battery with no Lithum and that can safely be stored in any storage unit with no risk to humans or animals. Why are we so far behind the rest of the world? The Netherlands has created floating data centers. Power comes from the water and so does heat and ac? There is no water pollution with this. Finland is putting plastic in there asphalt it lasts longer and doesn't crack. Germany has a way for the asphalt to repair itself not more road shutdowns. We are so behind the rest of the world. Two high school kids developed a better electric battery with less problems than current batteries because they don't use lithium. One your girl created a filter for schools to use to filter out pollen and stop asthma attacks at school. The state she's in because she won a $75,000 award to use the filters in her district, bought them for every school in the state. We are so wrapped up in Technology, we are missing the boat on he practical things.