Canada could be heading into one of its biggest build-outs of clean electricity in decades. A new industry outlook forecasts that investment in wind, solar, and grid-scale energy storage may top $200 billion over the next ten years, a wave of spending that researchers say could support as many as 350,000 direct and indirect full-time equivalent jobs across the country. The scale matters because it speaks to a deeper shift: not just adding more renewable projects, but changing how Canada generates and balances power as demand rises and the grid modernizes.
The forecast comes from Canada’s national renewable energy industry association, which expects annual spending of roughly $14 billion to $20 billion across provinces between now and 2035. In plain terms, that’s a decade-long construction cycle of turbines, panels, substations, transmission upgrades, and batteries—plus the engineers, electricians, heavy equipment operators, and supply-chain jobs that come with them.
CanREA’s headline projection is blunt: Canada’s installed wind, solar, and energy storage capacity could grow by about one-third within four years and double over the next decade. The association argues the momentum is already visible in the procurement pipelines many provinces have been preparing, driven by a mix of electrification, reliability planning, and the need to keep power systems affordable while cutting emissions.
Here’s where Canada starts from today. The country has roughly 150 gigawatts of installed electricity generation capacity overall. Wind makes up about 17 GW, solar roughly 2.3 GW, and energy storage around 1 GW. Over the next decade, the outlook estimates additions of:
- 30 GW to 51 GW of new wind power
- 17 GW to 26 GW of new solar power
- 12 GW to 16 GW of new energy storage
Put together, those ranges imply a grid that leans far more heavily on variable renewables—while relying on storage to smooth out peaks, fill short gaps, and reduce the need for fossil-fired backup in moments when wind speeds drop or cloud cover rolls in. The near-term jump is notable too: even the low end of the wind and solar ranges would represent a significant expansion relative to today’s base.
Canada clean power build-out: the numbers at a glance
| Today’s installed capacity | ~150 GW total (Wind ~17 GW, Solar ~2.3 GW, Storage ~1 GW) |
| Projected annual investment | $14B to $20B per year (to 2035) |
| New wind (10-year range) | 30 GW to 51 GW |
| New solar (10-year range) | 17 GW to 26 GW |
| New storage (10-year range) | 12 GW to 16 GW |
| Jobs impact | Up to 350,000 direct & indirect FTE jobs |
The environmental pitch is equally straightforward. Building more wind, solar, and storage is expected to reduce the emissions intensity of Canada’s electricity production—an increasingly important benchmark as more of the economy shifts onto the grid. Even in provinces where hydro and nuclear already dominate, the argument is that new demand from electrification and industrial growth will require fresh supply, and that the cheapest new kilowatt-hour in many regions is increasingly wind or solar, backed up by storage and grid flexibility.
The timing is also politically and economically charged. Canada has recently been scrutinized for slipping in global clean-energy investment rankings, with one widely cited set of figures showing that national spending fell in 2025—driven largely by weaker electric-vehicle sales and softer electrified-transport investment even as other parts of the transition moved forward. The renewables outlook, by contrast, sketches a stronger runway for power-sector investment—one that could be shaped by provincial procurement calendars, permitting speed, transmission build-outs, and supply-chain readiness.
Notably, the investment forecast focuses on onshore wind, solar, and storage and does not include offshore wind—despite growing attention on the Atlantic coast. Ottawa’s Major Projects Office has described offshore wind in the Maritimes as a potentially transformative opportunity, a signal that large-scale projects could arrive on a parallel track if regulatory and grid pathways firm up. If that happens, the decade-ahead investment story could end up larger than the headline number Canadians are seeing today.
The contrast across the border is hard to miss. In a recent appearance at the World Economic Forum in Davos, U.S. President Donald Trump mocked wind power and criticized turbines in blunt terms. Whether or not those remarks change American policy in a durable way, they underline a widening divergence in how governments talk about clean energy—at the same moment Canada’s power planners are leaning more heavily on wind, solar, and batteries as practical tools for meeting demand and stabilizing the grid.
The bigger question for Canadians is less about slogans and more about execution. A $200-billion build-out is not one project; it’s years of interconnection queues, Indigenous and community engagement, land-use negotiations, procurement structures, and transmission planning—plus the everyday reality of getting equipment delivered and crews booked. Done well, it means more domestic generation, more resilient grids, and a jobs pipeline that reaches from engineering firms to construction sites to operations teams maintaining assets for decades.
For readers who want to dig into the source numbers, the Canadian Renewable Energy Association’s market outlook lays out the investment ranges and capacity additions that underpin the forecast. From there, the story becomes a lived-in Canadian one: which provinces move first, where the grid expands fastest, and how quickly storage turns from “nice to have” into the backbone that makes a renewables-heavy system run smoothly.
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