The Future of Canada's Grid Is Solar, and the Transition Is Already Underway

How Canada Ended Up Here

Hydropower accounts for roughly half of all electricity generated in Canada, and that dominance meant the grid was already producing low-carbon electricity long before wind and solar became economically competitive. Other G7 countries built out wind and solar under genuine pressure, driven by fossil fuel exposure, energy security concerns, and political commitments that Canada simply didn't face in the same way. According to Ember's Global Electricity Review, wind and solar average 19% of electricity generation across the G7. In Canada, that figure is less than 10% because Canadian homeowners grew up with a clean grid that nobody had to think about, which made solar an easy thing to put off.

The Conditions That Are Driving Growth

The hydro advantage that kept wind and solar on the sidelines is showing its limits. Drought conditions across several major producing regions put real pressure on hydro output in 2025, and a grid concentrated in a single resource carries a vulnerability that is becoming harder to ignore. At the same time, demand is heading in the opposite direction. Ontario is projecting a 65% increase in electricity demand by 2050, and Quebec and BC are facing growth curves of similar scale. The infrastructure that served the last three decades wasn't designed for what the next three require, and the gap between what hydro can deliver and what the grid will need is where wind and solar come in.

For homeowners, this is already showing up in ways they can feel. Electricity bills have been moving in one direction, and conversations about energy security that used to feel abstract are starting to feel practical. Solar is shifting from an optional upgrade to a reasonable response to something real, and installers are already encountering that shift in how customers are framing the decision.

The Projects Are Already in the Ground

The response to that demand pressure isn't sitting in a policy document. Utilities across Ontario, Quebec, and BC have moved through major procurement rounds, and the projects coming out of those rounds are real and in development now.

In 2026, Neoen secured contracts for two solar projects in Ontario through the IESO's procurement process, the largest the province has ever run. One of those projects, developed in partnership with Garden River First Nation near Sault Ste. Marie, will be the largest solar installation Ontario has ever built. Quebec and BC have been running similar procurement rounds over the same period, and wind and solar capacity across Canada is expected to double by 2035 on the back of those commitments.

When governments and major developers are moving in the same direction at the same time, that signal reaches consumers. Homeowners start paying attention and the technology stops feeling like a bet on the future. The question shifts from whether solar makes sense to when they should make the switch.

What This Means for Installers

The utility-scale build-out matters to residential installers for a reason that goes beyond market size. Every major procurement, every record-breaking project announcement, every federal commitment adds legitimacy to the conversation happening at the residential level. It changes what homeowners believe is possible, what they think the technology is worth, and how seriously they take the decision in front of them.

Wind and solar going from less than 10% to where Canada needs them to be represents an enormous volume of work, and that work is starting to show up as real projects with real timelines at every scale. The homeowner who was on the fence last year is paying closer attention this year, and for reasons that are compounding.

If you want to talk through what's happening in your market or how Skyblue can support your operation, let us know! We are happy to chat.