Will this raise taxes?
No — it's designed as a budget decision, not a tax increase. Funded from the district's existing capital options, with a federal payment covering roughly 50% of the cost — boosted because Paulding County qualifies as a federal energy community — the system pays for itself through bill savings in about 6 years. The intent is to lower long-term operating costs. Any financing approach would be reviewed publicly by the board.
Where does the upfront money come from?NEW
The district fronts the installed cost from its existing capital options; the federal direct payment comes back after the IRS filing for the year the system goes live — typically 12–18 months later. That timing gap has a standard answer: short-term bridge options districts use routinely for capital projects, all reviewed publicly before any commitment.
Who owns the system?
The district owns it outright — no lease, no third-party owner. That's the whole point: the savings and the asset belong to Wayne Trace.
Who maintains it?
Solar arrays have no moving parts. Upkeep is mostly periodic inspection and occasional component service, covered by warranties and a maintenance plan budgeted at roughly $13,000 a year across all three sites — a cost included in the payback math, not hidden from it.
Does solar work on cloudy days?
Yes — at reduced output. Panels still generate from diffuse daylight; production dips and recovers when skies clear. The savings estimates are built on full-year production that already accounts for clouds and seasons.
What happens in winter?
The array produces year-round. Output is lower with shorter days and a lower sun, and snow briefly covers panels before sliding or melting off. Annual estimates use Ohio's real four-season climate — winter is factored in, not a surprise.
What about hail and storms? Is it insured?NEW
Modern panels are rated and tested for hail, and ground-mount arrays are engineered for our region's wind loads. Like a roof or HVAC system, the arrays join the district's property insurance; storm damage is handled through insurance and manufacturer warranties. The incremental premium is small relative to annual savings and would be confirmed with the district's carrier first.
What if the system breaks?
Panels and inverters carry multi-year manufacturer warranties, with a service plan for repairs. Because the system is modular, one failed component can be serviced without taking the array offline.
What happens at the end of the panels' life?NEW
Panels are engineered for 30+ years. At end of life, recycling programs recover the glass, aluminum, and silicon — and a decommissioning plan is written into the project documents up front, so the district is never left holding an unplanned cost decades from now.
Will the panels create glare?NEW
Panels are designed to absorb light, not reflect it — they're less reflective than windows, water, or snow. Layouts sit on open ground away from roads and property lines, and a standard glare review is part of engineering. At this scale, it's a checklist item, not a concern.
Is this safe for students and first responders?NEW
Yes. Fenced ground-mount arrays set away from play areas, built to the National Electrical Code, with rapid shutdown that de-energizes the system at the flip of a switch for fire crews. Local fire departments are briefed on the layout at commissioning — routine for school solar.
Is this political?
No. This is a budget and infrastructure decision — the same logic a district applies to a new roof or HVAC system that lowers operating costs. The case rests on dollars saved and an asset owned.
Why not just keep buying power from the utility?
You can — but rates rise every year. At typical inflation, today's ~$242,000 bill roughly doubles within 12–13 years: around $8.9M over 20 years with nothing owned at the end. Counting everything — capital, remaining utility charges, and maintenance — ownership keeps roughly $5.2M in Wayne Trace classrooms and leaves a 30-year asset.
What happens after the payback period?
After about 6 years, the district runs on nearly free power for the remaining 20+ years of equipment life. Every dollar that stops going to the utility can go toward educating students.
How does this help students?
The array doubles as a living lab — a public dashboard streams real data students analyze across grade levels, and the project opens exposure to real local careers, from solar technician to engineer. It builds on the STEAM Center's existing work.
Will students have access to real data?
Yes — live, current, and local. Try a working preview in
the living lab.
Can local companies help sponsor the education piece?
Yes, and we welcome it. The district owns the asset; local partners can sponsor the
educational and workforce layer — dashboard, materials, speaker days, career programming.
Here's how that works.