FindSolar.caSolar on the farm: put your biggest roofs to work.
Farms carry two things most properties never have: acres of clear, unshaded roof on barns and shops, and serious daytime electrical loads to feed. That combination is why agricultural solar keeps penciling where other projects struggle, and why installers compete hard for farm work.
Your operation already runs on the sun's schedule.
Grain aeration and drying, barn ventilation, milk cooling, irrigation pumping, shop compressors: the loads that drive a farm's power bill run hardest through daylight hours and through the bright months. That matters because self-consumed solar power is worth full retail value, while exported power earns whatever your province's net metering deal pays. A farm that eats its own generation gets the best version of the economics without depending on export rates at all.
The structures help as much as the loads. A machine shed or barn roof is large, simply shaped and unshaded, which is the cheapest kind of install a crew can quote. Where roofs are old wood-frame or oddly oriented, ground mounts on a corner of marginal land often beat them: ideal tilt, ideal azimuth, no structural questions, and room to expand when the operation grows.
Dairy & livestock
Cooling, ventilation and water systems run every single day. Steady year-round load is the best match solar gets, and backup value is real when animals depend on power.
Grain & cropping
Drying and aeration spike in exactly the season panels produce. Alberta and Saskatchewan farms pair prairie sun with meaningful rates, the strongest planning math in the country.
Greenhouses & irrigation
Pumping and climate loads track the sun almost hour for hour. High self-consumption, minimal export dependence, fast planning payback.
Size a farm system from your power spend.
Larger arrays price lower per watt, so farm math has its own tiers. Enter what the operation spends and see the planning picture. No email wall, results as you type.
Planning figures on flagged provincial averages, before incentives and before tax treatment, and farm rates vary more than residential ones. Ground mounts assume near-ideal tilt, and area factors are planning rules of thumb: about 100 sq ft per kW on a roof, 150 on the ground. An on-site evaluation and your actual bills produce the real numbers.
The farm-specific fine print.
Solar on a farm is business equipment, and that changes the after-tax picture: depreciation and clean-technology incentive programs, including agriculture-specific ones, can meaningfully shorten payback for eligible operations. Programs change too often to print dollar figures here, so check the rebates page for what we have verified and put the question to your accountant before you sign anything. In Alberta, retail plans that pay premium summer export rates deserve a look alongside the install itself; our Solar Club explainer covers how they work.
Questions farmers actually ask
Will my barn roof carry panels?
Steel-clad post-frame buildings usually can, older wood-frame roofs need a structural look first. A serious installer checks purlin spacing and truss condition before quoting, not after. If the roof is doubtful, ground mount beats reinforcement almost every time.
Roof mount or ground mount?
Roof wins on cost when the building is sound and roughly south-facing. Ground wins on orientation, snow shedding, cleaning access and future expansion, at a modest cost premium for racking and trenching. Many farms end up with the shop roof first and a ground expansion later.
What happens during harvest or calving when nobody has time?
Nothing. A grid-tied system runs itself, there is no daily operation, and monitoring happens from a phone. Maintenance is an occasional visual check and keeping inverter vents clear.
Does snow on a barn roof array matter?
Less than expected. Panels shed snow faster than bare metal in sun, estimates already include winter losses, and your biggest production months are the ones without snow. Ground mounts at steeper tilt shed fastest of all.
What if the operation grows?
Say so during design. An inverter and service sized with headroom, or a ground layout with expansion rows planned, costs little now and saves real money when the dryer or the herd gets bigger.
Will it interfere with insurance?
Tell your farm insurer before install day. Arrays are routinely covered as farm structures or equipment, but disclosure keeps claims clean, and your installer should hand you the spec sheet the insurer asks for.
You've done the homework. Now get it priced.
One form. Multiple quotes. Real numbers from installers who cover your postal code, compared side by side, on your schedule and no one else's.
Get Free Quotes