Wayne Trace already runs a STEAM Center. A district-owned solar array turns that program into a living laboratory — where real watts, real weather, and real dollars become the data students learn on.
The same 1,050 kW that lowers the district's electric bill produces a continuous stream of data: power output, sunlight, temperature, and avoided cost. That data is the curriculum — no field trip required, because the lab is the building.
A public monitor by the front office shows the real array working in real time. But the lab is what students do with that data — change the weather, tilt the panels, scrub through the day, and watch the math respond. Try it below.
The same data scales from elementary curiosity to high-school engineering and finance — mapped to standards teachers already cover.
Concrete, low-prep starting points a teacher could run the week the array goes live.
Students predict tomorrow's energy output from the weather forecast, then compare against the dashboard the next day. Introduces forecasting, error, and the variability of renewable sources.
Using the array's real cost and daily savings, students model how long until the system pays for itself — then stress-test it: what if electricity rates rise 5% a year? A live lesson in compound growth and investment.
With small solar panels and protractors, students find the angle that captures the most power — then check it against why the real Wayne Trace array was built facing the way it is.
Students convert avoided CO₂ into things they can picture — cars off the road, acres of forest — and build the infographic the school posts each month. Data literacy plus communication.
"The best way to teach the next generation about energy is to hand them a system that's actually running — and let the data do the teaching."— The principle behind a district-owned living lab. Rooted in a Paulding County tradition of seeing renewable energy early.
The same array that teaches a 5th grader to read a power curve can put a graduating senior on a career pathway — in fast-growing fields, many of them right here in rural Ohio.
Hands-on time with real hardware, real data, and real economics gives students a head start on the skilled trades and technical roles that build and run energy infrastructure.
The educational layer can be scaled separately from the solar investment — and may be supported by local sponsors, grants, or workforce partners. Let's scope what a Wayne Trace living lab could look like.
Invite local sponsors Review the project