The Grid We Don't Have
Canada's Fractured Energy Infrastructure and the Case for a National Electricity Framework
Tags: energy, electricity-grid, interprovincial, energy-sovereignty, renewable-energy, alberta, climate, crown-corporation, transmission Format: Discussion Article
During the 2021 Texas winter storm, 246 people died because an electricity grid designed for mild weather encountered a cold snap it was not built to handle. The Texas grid is isolated — deliberately, to avoid federal regulation — and when it failed, there was nowhere to import power from.
Canada does not have a Texas problem. It has the opposite problem. Canada has some of the best renewable energy resources on the planet — hydro in Quebec and British Columbia, wind in Alberta and the Prairies, solar in the south, tidal potential in the Maritimes — distributed across a geography too large and too politically fragmented to move electrons from where they're generated to where they're needed.
Quebec exports surplus hydro to New York. It does not export it to Ontario at meaningful scale, because the transmission infrastructure to do so efficiently does not exist, and the political will to build it has consistently dissolved against provincial jurisdiction over energy resources.
Alberta, where this publication is based, produces some of the best wind energy in North America. The wind blows consistently, the land is available, and the resource is enormous. The provincial government has spent years treating renewable energy as a threat to oil and gas revenues rather than a complement to them. A national grid framework would mean Alberta's wind powers Manitoba and Ontario while Alberta continues to export oil and gas internationally. That outcome is good for Alberta and good for Canada. It requires a political conversation that Alberta's government has not been willing to have.
What the Grid Actually Looks Like
Canada's electricity infrastructure is a patchwork of provincial systems with limited interconnection. The eastern grid connects to the US northeastern states more robustly than it connects to itself. Alberta's grid is synchronously connected to the US western interconnection but has minimal ties to BC and Saskatchewan. The Maritime provinces have better connections to Maine than to Quebec.
This is not irrational from the perspective of any individual province. Each provincial grid was built to serve its own load. US interconnections developed because the geography and economics made sense. Pan-Canadian connections require crossing jurisdictions with different regulatory regimes, different Crown utility structures, different pricing mechanisms, and different political incentives.
The result is that Canada cannot move power efficiently between its regions during stress events — a cold snap in Ontario, a drought reducing Quebec hydro output, a heat dome in BC. Each province manages its own reliability margin by building excess capacity it holds in reserve. The total excess capacity in the Canadian system, if it could be shared, would eliminate the need for most of that reserve investment.
The Case for a National Energy Board with Grid Authority
The existing Canada Energy Regulator oversees interprovincial and international pipelines and power lines. It approves transmission projects that cross provincial borders. What it does not do is plan, fund, or direct the construction of interprovincial transmission infrastructure. It is a regulatory body, not a planning authority.
The proposal is for something with more teeth: a Canadian Energy Grid Authority with a mandate to plan national transmission corridors, coordinate provincial grid operators, and fund strategic interconnections that no single province has sufficient incentive to build on its own.
The economic case is straightforward. A fully interconnected Canadian grid, modelled on the European approach of treating electricity as a continental resource rather than a provincial one, could reduce total system costs by an estimated $5-8 billion annually through avoided excess capacity, improved renewable integration, and reduced reliance on fossil fuel peaker plants.
The clean energy case is equally clear. Canada has committed to a net-zero electricity grid by 2035. Achieving that commitment in provinces with limited renewable resources — Nova Scotia burning coal, Alberta burning gas for baseload — requires importing clean power from provinces with surplus. That import requires transmission. The transmission requires someone to plan and fund it at a scale no single province will do for another province's benefit.
The Provincial Sovereignty Problem
Energy is constitutionally provincial. Section 92A of the Constitution, added in 1982 precisely to entrench provincial control after the National Energy Program controversy, gives provinces exclusive jurisdiction over development, conservation, and management of non-renewable natural resources and electrical energy within the province.
The NEP still lives in Alberta's political memory as the defining example of federal overreach — Ottawa deciding that Alberta's oil revenues should be redistributed nationally without Alberta's consent. Any federal energy grid proposal arrives in that context regardless of its actual content. The words "national energy" trigger a specific Alberta response that has more to do with 1980 than with 2026.
This is not irrational. It is a reasonable response to a real historical grievance. It is also a significant barrier to an infrastructure investment that would benefit Alberta economically while reducing Canada's carbon emissions.
The design question is whether a national grid framework can be structured to respect provincial ownership of generation assets while creating federal authority over interprovincial transmission — the wire between Alberta's wind farm and Manitoba's city, not the wind farm itself.
The Alberta Specific Case
Alberta's relationship with renewable energy is complicated by the current provincial government's explicit hostility to the sector.
The moratorium on renewable energy approvals announced in 2023, the restrictions on wind and solar development in the Green Zone, and the framing of renewable energy as a threat to agricultural land and viewscapes have created a regulatory environment that slows deployment of a resource Alberta has in abundance.
The economic argument that renewable energy and oil and gas are mutually exclusive is not supported by evidence. Norway produces more oil per capita than Alberta and leads the world in electric vehicle adoption. Texas, until its grid failed, was the largest wind energy producer in the United States while remaining the centre of American oil and gas production. The export of clean power nationally while continuing to produce and export oil and gas internationally is an additive economic strategy, not a substitution.
Whether the provincial government's position reflects genuine policy conviction or political calculation about its base is a matter for Alberta voters to assess. What is measurable is the cost: every year of delayed renewable development is a year of foregone export revenue and a larger gap to close to meet 2035 grid decarbonization commitments.
The Model's Output
The CanuckDUCK energy sovereignty index sits at its baseline with the E-01 Canadian Energy Sovereignty Grid Act already registered in the simulation. Running a 30% increase in energy security index projects platform deployment increases at epoch 2 and sovereignty cascade at epoch 3, as established in the E-101 simulation. The grid and the offshore platforms are the same problem at different scales — both require treating energy infrastructure as a national strategic asset rather than a provincial commercial one.
The cross-proposal connection is real: a national grid framework that enables Alberta wind to power Ontario reduces the load that offshore sovereign platforms need to carry, reduces fossil fuel peaker plant emissions in Ontario, and creates economic activity in Alberta's renewable sector that does not require replacing a single barrel of oil exports.
For Discussion
- The National Energy Program created a political wound that shapes Alberta's response to any federal energy proposal forty years later. Is that context a legitimate constraint on national energy policy design, or has it become a veto that prevents economically and environmentally necessary infrastructure?
- A Canadian Energy Grid Authority with planning and funding authority is constitutionally viable only if provinces agree to it. Quebec controls its hydro surplus. BC controls its generation assets. Alberta controls its wind resource. What would each province need to receive from a national framework to voluntarily participate?
- Canada has committed to a net-zero electricity grid by 2035. Without interprovincial transmission, provinces with fossil fuel baseload cannot meet that commitment through domestic renewable development alone. Is 2035 a realistic target, and if not, should the target change or should the transmission infrastructure be built on an emergency timeline?
- Alberta's wind resource is large enough to power significant portions of the Canadian grid. If the provincial government's renewable energy restrictions prevent that resource from being developed, should the federal government have any recourse — and if so, what form should it take?
- The Texas grid failure was caused by isolation from neighbouring systems. Canada's provincial grid fragmentation creates similar vulnerability to regional stress events. How much weight should resilience and reliability arguments carry in the national grid debate, relative to the economic efficiency and clean energy arguments?