Minnesota State Community and Technical College (M State) held a ceremonial groundbreaking at its Fergus Falls campus in September 2026 for a $12.7 million geothermal heating and cooling project. A groundbreaking isn’t drilling, so here’s what the sources actually say.
What is being built?
- About 280 geothermal wells, each roughly 250 feet deep.
- A centralized system serving about 160,000 square feet of campus space.
- Replacement of 21 aging heating and cooling systems.
- Ventilation upgrades and a new emergency backup power system.
- Natural gas boiler support during peak winter demand, alongside the geothermal heat pumps.
So it isn’t fully geothermal. Gas boilers will still help in peak winter demand. Brian Swanson, Minnesota State’s vice chancellor of facilities, described M State Fergus Falls as the first Minnesota State campus to pursue heating and cooling its entire campus with a ground-source system. That is the system’s statement about its own campus network.
Has drilling started, and when will it finish?
No. The wells have not been drilled. Renewable Energy Magazine reports construction begins in spring 2027, with major phases through 2027 and 2028 and completion expected in fall 2028.
Who is paying?
Funding comes largely from Higher Education Asset Preservation and Replacement (HEAPR) appropriations from the Minnesota Legislature. Partners include the design and construction teams CMTA and inBYLT and the local utility, Otter Tail Power.
Why It Matters to You
If you study or work at the Fergus Falls campus, the payoff is newer heating and cooling, ventilation upgrades and backup power, but not before the system is built, with completion expected in fall 2028. Taxpayers are the main funders through state asset-preservation money. For everyone else, it’s a sign of how a campus can swap aging equipment for ground-source heat pumps. Nothing here promises lower tuition.
What will it save?
The college projects a 10% reduction in annual operating costs. That’s a projection. The system isn’t built, so no savings have been measured, and the sources don’t give the baseline cost. Savings don’t automatically go to tuition either. No commitment by the college to lower tuition or fund scholarships with them turned up. This is a facilities replacement funded mainly by state asset-preservation money.
What about the household figures?
ENERGY STAR says certified geothermal heat pumps use 61% less energy than a standard model, saving nearly $830 a year and more than $9,500 over 15 years. The page doesn’t say which standard model, climate, or energy prices it assumes, so treat these as illustrative, not as a forecast for your home. Upfront cost still matters too: geothermal systems can cost more to install than conventional equipment, as the Dig Energy coverage on this site notes. And no published job-count estimate exists for the construction, so jobs claims are unconfirmed.
Sources
- Renewable Energy Magazine: Minnesota State Community and Technical College launches geothermal project (Sep 17, 2026)
- KFGO/KBRF News: M State Geothermal Project groundbreaking (Sep 15, 2026)
- ENERGY STAR: Geothermal heat pumps (accessed Oct 13, 2026)