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Solar and the Farm: Why Agricultural Installations Are a Different Conversation
Canadian farms are not residential customers with bigger roofs. The energy economics are different and the conversation happening right now about how solar and agriculture share the same land is moving faster than most of the residential market has noticed. For installers whose work sits primarily in the residential space, it is worth understanding what makes a farm installation distinct and where this segment is heading.
The Load Profile Changes the Math
The fundamental challenge with residential solar is timing. Production peaks midday, households draw hardest in the morning and evening, and a significant portion of what the panels generate ends up going to the grid at whatever the local export rate happens to be. That export value has become less predictable across Canada as provincial programs shift.
Farms work on a different schedule. Milking equipment, bulk tank refrigeration, ventilation fans, water pumps, and grain handling systems all run heavily during daylight hours, which is when panels are producing. Ontario's own agricultural energy data shows that a single dairy cow uses roughly the same electricity each year as an average household does in a month. On any meaningful-sized operation, that adds up to a load that runs continuously through the day rather than peaking in the evening, which means a well-sized solar system offsets a much larger share of its production directly against on-site consumption. The installation is less exposed to export rates and more insulated from provincial program changes because most of what gets generated gets used on site.
Agrivoltaics Is Becoming Real in Canada
The more forward-looking part of the agricultural solar story is what happens when panels share the land with crops. Agrivoltaics, the practice of co-locating solar production with active agriculture, has been gaining traction in research and policy circles across Canada, and 2026 has brought some concrete developments worth tracking.
A nationwide survey conducted by researchers at Western University and published earlier this year found that 85.8% of Canadians support agrivoltaics, with stilt-mounted systems receiving 92.6% support. A vineyard in Oliver, BC called Double Barrel Winery received Agricultural Land Commission approval for agrivoltaics over 2.67 hectares of vines, marking the first commercial-scale approval of its kind in North America on protected agricultural land. Natural Resources Canada is also funding a demonstration project in Perth, Ontario with a $4 million federal contribution, aimed at proving that large-scale solar integration and crop production can coexist without reducing agricultural output.
The Regulatory Picture Varies by Province
The opportunity for installers is not uniform across Canada and is not limited to ground-mounted systems. Ontario currently restricts ground-mounted solar on prime agricultural land, and Agrivoltaics Canada and the Ontario Federation of Agriculture are both pushing for a regulatory carve-out that would recognize dual-use systems differently. BC has shown more flexibility, with the ALC approval of the Double Barrel project signaling a willingness to evaluate agrivoltaic applications on their agronomic merits. In every province, barn rooftops, machine sheds, and grain storage buildings remain fully accessible surfaces with no land-use conflict and a load profile that supports strong self-consumption economics.
If you have farms in your service area and want to talk through how these installations are structured differently from residential work, we would love to help.