Canada's climate story is, in many ways, encouraging. Emissions are falling, targets remain in place, and new policies and investments continue to support the transition.

Yet meeting Canada's climate goals will depend increasingly on execution. The decisions made between now and 2030 will shape how quickly emissions decline and whether climate ambitions translate into measurable results.

Canada enters this next phase with significant advantages: abundant natural resources, a largely non-emitting electricity system, growing clean technology investment and a strong track record of innovation. The opportunity now is to build on that foundation and translate momentum into measurable progress.

Recent national data suggests progress is being made. According to Canada's latest National Inventory Report, national emissions fell to roughly 694 megatonnes in 2023, the lowest level in nearly three decades outside of pandemic-related declines. The electricity sector deserves particular credit. Coal is largely gone, and non-emitting sources now account for more than 80 per cent of Canada's power generation.

At the same time, significant challenges remain. Independent assessments from the Canadian Climate Institute indicate that additional action will be required to meet Canada's 2030 and 2035 emissions targets. While progress is being made, emissions reductions will need to accelerate across several sectors to keep Canada on track.

The good news is that the challenge is increasingly well understood. The next question is whether Canada's infrastructure, energy systems and digital capabilities can evolve at the pace required.

Why grid expansion and flexibility matter

Canada's climate challenge is increasingly shifting from ambition to capability. The direction is clear, and the scale of the opportunity is significant. The next challenge is ensuring infrastructure development keeps pace with growing demand for clean electricity while making better use of the electricity system Canada already has.

Electricity demand is rising faster than many anticipated just a few years ago. Ontario's Independent Electricity System Operator forecasts electricity demand could grow by approximately 75 per cent, with pressure emerging as early as 2026, driven by electric vehicle manufacturing, building electrification and rapid growth in artificial intelligence (AI) data centres.

In Ontario alone, proposed data centres are requesting capacity equivalent to nearly 30 per cent of the province's current peak load. Similar trends are emerging in Quebec and Alberta.

Taken together, these developments highlight a central challenge for Canada's energy transition: electrification can only succeed if the grid expands quickly enough to meet rising demand while maintaining reliability and affordability.

That means building more generation, transmission and grid infrastructure. It also means operating the system more intelligently. Demand flexibility, energy storage, distributed energy resources and better grid orchestration can help shift electricity use away from peak periods, reduce pressure on infrastructure, and improve reliability without relying only on new supply.

Canada's climate plan relies heavily on electrification across transportation, buildings and industry. But electrification can only deliver its full benefits if sufficient infrastructure is paired with smarter, more flexible energy management.

Digitalization is now central to the transition

The energy transition is not only an infrastructure challenge. It is also a digital transformation challenge.

As power systems become more complex, the ability to digitize assets, use real-time data, apply advanced analytics, and increasingly deploy AI will be critical to improving efficiency and maximizing the value of existing infrastructure. Digital tools can help utilities and large energy users see where energy is being used, predict where demand will rise, identify equipment issues earlier and optimize operations in real time.

This matters because the transition cannot be delivered through new construction alone. Digitalization can help accelerate electrification, improve energy productivity and make the system more resilient by connecting decisions across buildings, industrial operations, distributed resources, storage and the grid.

Policy signals continue to evolve

Recognizing this challenge, governments across Canada continue to refine the policies intended to support the energy transition.

The finalization of Canada's Clean Electricity Regulations in late 2024 provided greater clarity around the country's goal of achieving a net-zero electricity grid by 2035 and reinforced long-term investment signals for the sector.

At the same time, policy frameworks continue to evolve alongside changing economic conditions, affordability considerations and public priorities. Recent adjustments to consumer carbon pricing have changed the mix of incentives available to households, while industrial decarbonization policies remain largely intact.

Ultimately, Canada's success will depend not only on setting direction, but on creating the conditions needed to accelerate adoption, investment, and deployment at scale, including solutions that improve flexibility, efficiency and energy productivity.

Energy productivity must move up the agenda

Much of the climate conversation has focused on the supply side: building more clean electricity, expanding transmission and connecting new projects faster. Those investments are essential. But they are only one side of the equation.

Energy efficiency and energy productivity must become just as central to the next phase of the transition. The cleanest and most affordable megawatt remains the one we do not need to produce. As electricity demand grows, using energy more efficiently can lower costs, reduce strain on the grid, and help clean electricity go further.

For households, that can mean smarter controls that avoid unnecessary energy use during peak periods. For businesses and institutions, it can mean using digital systems to optimize heating, cooling, lighting, production schedules and equipment performance. For industry, it can mean improving process efficiency while electrifying operations.

In each case, the objective is the same: get more economic value from every unit of energy consumed.

Oil and gas remain a key variable

While electricity will play a central role in decarbonization, it is only part of the story.

Every credible emissions pathway points to one common conclusion: Canada's oil and gas sector will play a significant role in determining the country's overall emissions trajectory.

Despite methane regulations and operational efficiency improvements, emissions from the sector have continued to offset reductions achieved elsewhere. At the same time, proposed emissions cap regulations remain the subject of ongoing discussion among governments, industry and other stakeholders.

Meaningful emissions reductions across the oil and gas sector will be an important part of Canada's broader pathway to meeting its climate objectives.

A competitiveness issue as much as a climate one

These challenges extend well beyond climate policy.

Access to reliable, affordable, low-carbon electricity is becoming a key factor in investment decisions across a growing number of industries. Electricity availability, interconnection timelines and power costs will increasingly influence where companies choose to build, expand, and invest.

Industrial, commercial and institutional organizations are also becoming more active participants in the energy system. Through electrification, load management, onsite generation, storage and digital energy management, large energy users can help reduce demand during peak periods, improve resilience and support a more flexible grid.

In that sense, the energy transition is also becoming a competitiveness conversation. Jurisdictions that can combine clean electricity, reliable infrastructure, flexible grid operations, digital capability, and efficient project delivery will be best positioned to attract investment, support industrial growth, and create long-term economic value.

Canada is well positioned to compete. Few countries can offer the combination of clean electricity potential, natural resources, industrial expertise and growing demand for low-carbon solutions.

Canada's ability to meet its climate goals will depend in part on how quickly critical infrastructure can be planned, approved, built, and optimized.

From planning to delivery

The years leading up to 2030 will be among the most important in Canada's climate transition. The targets remain achievable, but success will depend on how quickly Canada can build the infrastructure, modernize the grid, improve flexibility and deploy the technologies needed to support electrification across the economy.

The opportunity is increasingly less about setting new direction and more about accelerating delivery at scale. The building blocks are already in place. The next phase is about scaling what works.

For companies operating at the intersection of energy, automation and industrial systems, the conversation has already shifted from climate commitments to implementation. In recent Canadian projects, Schneider Electric has supported heavy industry and clean-fuel operations in navigating grid constraints through digital technologies that align energy use with real-time system conditions.

As electricity demand grows, progress will increasingly be measured by the ability to turn strategy into infrastructure, commitments into results and energy use into measurable productivity gains. Canada has many of the ingredients needed to succeed. The opportunity now is to bring together policy, investment, technology, digitalization and execution at the pace required.

The organizations and jurisdictions that succeed will be those that can move from planning to delivery and from ambition to action.