Canada’s energy transition is entering a definitive phase.
Policy direction and capital deployment are beginning to align. At the same time, clearer market signals are providing the confidence needed to move forward with decisions across operations, infrastructure, and long-term planning.
This is translating into more deliberate action. Companies and organizations are advancing decarbonization initiatives and clean infrastructure investments that align with cost, reliability, and operational priorities. In a market shaped by ongoing volatility, a more proactive approach is becoming necessary, both to manage risk and to position for what comes next.
Five trends are shaping how this transition is unfolding in 2026:
- Carbon pricing is becoming a core planning tool
- Electrification is driving system-wide change
- Energy security and price volatility are influencing procurement strategies
- Project delivery and incentives are aligning to accelerate execution
- Data management is becoming central to decision-making
The sections below explore each of these trends and their implications in more detail.
Electrification accelerates across sectors
As infrastructure and capital begin to align, electrification is scale rapidly across buildings, transportation, and industry.
According to the Canada Energy Regulator (CER)’s Canada’s Energy Future 2026 , electricity demand is projected to increase materially across all scenarios.
- Demand is projected to increase by 30% to 120% above current levels by 2050, depending on the scenario.
- Installed electricity generation expanding from approximately 160 GW today to as much as 400 GW
- New capacity led by wind, solar, storage, and flexible generation, such as natural gas (with low emissions).
Electricity is becoming the fastest-growing energy source in the system, with demand growth already influencing near-term decisions:
- Electrification roadmaps are being accelerated
- Load growth from EVs, and data centres is being incorporated into planning
- Long-term power procurement strategies are being revisited
The growth of commercial data centres, particularly those supporting artificial intelligence, is emerging as a significant driver of electricity demand. While data centres currently account for approximately 1% of Canada’s electricity consumption, this segment is among the fastest-growing sources of demand and is expected to increase materially. The Independent Electricity System Operator (IESO) forecasts that energy use from commercial data centres could grow by more than 400% by 2050. This reflects broader global trends, with the International Energy Agency (IEA) expecting electricity consumption from data centres, AI, and cryptocurrency operations to double by 2026, exceeding 1,000 terawatt-hours annually. For context, Canada’s total annual electricity consumption is approximately 650 terawatt-hours.
This new demand is large, constant, and concentrated, requiring additional capacity and more coordinated system planning. For companies, this means planning for higher electricity demand, potential constraints on supply, and increased exposure to price changes, not only from electrification, but also from growing digital infrastructure.
This is starting to affect how electricity is priced, procured, and delivered. As demand increases across the system, utilities and system operators are adjusting infrastructure and pricing structures, which can translate into higher costs, new rate dynamics, and tighter supply conditions for end users.
In parallel, electricity markets are evolving to reflect these changes.In Ontario, IESO launched a renewed market design in May 2025, introducing a Day-Ahead Market, a Single Schedule Market, and updated capacity auction mechanisms. These changes improve how electricity is scheduled, priced, and settled across the system.
This creates a more responsive pricing environment with clearer signals tied to system conditions. As variability increases with renewable generation and demand grows, price volatility is expected to increase, requiring companies to adapt by making their facilities more responsive to market conditions and opportunities.
For companies, this requires adapting to a more dynamic electricity market. As pricing becomes more granular and responsive to system conditions, facilities will need to actively manage how and when they consume energy.
This is already showing up in several ways:
- Greater exposure to hourly and forward price signals
- Increased need to manage procurement more actively, including the use of forward electricity pricing to protect budgets on a weekly or shorter-term basis
- Investment in load flexibility and demand management to avoid price premiums and capture market opportunities
Energy security and price volatility remain a defining factor
Energy markets continue to be shaped by geopolitical dynamics, supply constraints, and shifting global demand.
Recent reports point to a more complex trajectory. Canada’s energy system is evolving alongside global pressures around energy security, affordability, and decarbonization.
The Canada Energy Regulator’s latest outlook reflects this dynamic, showing continued strength in oil and gas in the near term, alongside rising electricity demand and growth in low-emissions energy.
Natural gas is expected to play an expanding role. Production increases across all scenarios, from approximately 18.3 billion cubic feet per day in 2024 to between 21 and 32 billion cubic feet per day by 2050, supported in part by LNG export growth. Oil production remains more closely tied to global price conditions and demand signals, resulting in a more variable outlook shaped by evolving market and policy conditions. Depending on market and policy developments, Canada’s oil production could increase by approximately 18% by 2050 or decline by up to 12%.
Energy security is also becoming more prominent in national agendas. Recent geopolitical disruptions have reinforced the importance of reliable, domestically available energy supply, as well as diversified sourcing and infrastructure resilience.
This reflects a broader reality. The transition is unfolding alongside ongoing reliance on conventional energy, with supply and demand imbalances continuing to influence price volatility.
For our clients, this is translating into a wider set of decisions across operations, procurement, and risk management.
Operationally, volatility is influencing how energy is used and produced:
- Whether to generate on-site based on real-time or forward commodity prices
- Whether to diversify energy sources, either permanently or as a supplementary strategy
- How to incorporate flexibility in operations to respond to changing cost conditions
From a procurement and financial perspective, the implications are also evolving:
- Procurement strategies are being updated more frequently to reflect changing market conditions
- Increased volatility and credit requirements are driving more active management of contracts and exposures
- Hedging, structured agreements, and diversified energy sourcing are becoming more important to manage both cost and risk
Electrification, on-site generation, and long-term clean energy procurement can improve cost visibility and reduce exposure to fuel price fluctuations. As a result, managing energy is increasingly about balancing operational flexibility with financial risk, rather than treating them as separate considerations.
- Carbon pricing becomes a planning tool
Carbon is not going away. Recent developments have reinforced the value of incorporating carbon into budgets and long-term planning. Organizations that have done so are better positioned to evaluate investments, prioritize decarbonization initiatives, and future-proof their operations.
While the federal fuel charge for consumers was set to zero as of April 1, 2025, Canada continues to reinforce industrial carbon pricing as a cornerstone of competitiveness, The federal government has signaled its intention to establish a post-2030 trajectory beyond $170 per tonne, providing greater visibility for organizations planning capital-intensive investments.
At the same time, Mechanisms such as Carbon Contracts for Difference (CCfDs), deployed through the Canada Growth Fund, are also gaining traction. These instruments lock in future carbon price signals, reducing exposure to policy volatility and supporting investment in large-scale decarbonization projects.
This is translating into more structured decision-making:
- Carbon is being embedded into project evaluation
- Long-term operating costs are being modeled with greater precision
- Decarbonization pathways are being prioritized based on financial impact
This means that carbon is no longer treated as a future assumption, it needs to be incorporated as a core financial variable in planning.
There is also growing attention on how carbon pricing interacts with global trade. Canada has explored the implementation of Border Carbon Adjustments (BCAs) to address carbon leakage and maintain competitiveness for emissions-intensive, trade-exposed sectors. BCAs would apply a carbon cost to imports based on their emissions intensity. This creates a more leveled playing field between domestic producers operating under carbon pricing and international competitors. It also shifts part of the decarbonization incentive outward, encouraging lower-emissions production across supply chains.
For Canadian organizations, this has direct implications:
- Lower-emissions operations become a competitive advantage in both domestic and export markets
- Exposure to carbon costs increasingly depends on supply chain and trade positioning
- Decarbonization investments become backed by compliance risk and market access
- Protect domestic trade from the exposure of cross-jurisdictional carbon pricing
Project delivery and incentives align to accelerate execution
Canada is placing greater emphasis on the execution of large-scale infrastructure, supported by a more coordinated federal approach that brings together permitting, capital, and incentives.
The creation of the Major Projects Office (MPO) in August 2025 signals a shift toward more streamlined and timely project delivery. The MPO is designed to align federal approvals, reduce duplication, and support early-stage development. Its focus on clean energy systems, industrial decarbonization, and strategic infrastructure reflects a broader shift toward prioritizing projects with both economic and energy transition impact.
Project timelines are central to this shift. Delays in permitting and approvals have historically slowed the deployment of clean energy, electrification, and industrial decarbonization projects. By accelerating decision-making and improving coordination, the MPO is expected to shorten development timelines, improve project bankability, and enable low-carbon deployment across key sectors.
At the same time, Clean Investment Tax Credits (ITCs) are reinforcing the economic case for deployment. The current framework spans power generation, industrial decarbonization, hydrogen, and clean manufacturing, with key instruments such as the Clean Electricity ITC (15%), Clean Technology ITC (30%), CCUS ITC (up to 50%), and Clean Hydrogen ITC (up to 40%). Additional measures targeting manufacturing and supply chains are supporting the build-out of critical technologies.
This federal push is also supported by new capital deployment tools. The Canada Strong Fund, Canada’s first national sovereign wealth fund, will be seeded with $25B over three years to invest alongside private capital in strategic Canadian projects and companies, including infrastructure, advanced manufacturing, energy, and mining. In parallel, the Build Communities Strong Fund is directing funding toward local infrastructure, electrification, and energy efficiency upgrades, supporting projects such as building retrofits, district energy systems, and community-level resilience initiatives. Together with the Canada Growth Fund and the Canada Infrastructure Bank, these mechanisms expand access to capital and strengthen project economics across both large-scale and distributed systems.
These incentives are designed to be refundable and can be combined with other financing tools, strengthening their role in overall project economics. Their structure is increasingly aligned with project delivery, linking eligibility to how projects are designed, measured, and implemented.
For our clients, this is becoming more practical than policy-driven. Access to these incentives can materially change project economics, reducing upfront costs, improving payback periods, and making projects that were previously marginal financially viable.
At the same time, access is becoming more defined. Projects need to be structured correctly from the outset, with clear eligibility alignment, credible carbon methodologies, and well-developed financial models.
This is changing how decisions are made:
- Incentives are being considered earlier in the planning process, not after the fact
- Technology selection and project design are being influenced by eligibility requirements
- Financial models are being built to reflect both incentives and long-term operating costs
Execution is increasingly defined by how effectively organizations align permitting pathways, capital availability, and incentive structures.
Data management becomes a core capability
As energy systems become more complex, the ability to measure, manage, and act on data is becoming central to decision-making.
Measurement is no longer limited to establishing a baseline. It is increasingly used to inform asset planning, prioritize efficiency investments, manage operational risk, and guide long-term cost management.
Organizations are placing greater emphasis on quantifying operational carbon risk, starting with a clear understanding of Scope 1 and Scope 2 emissions. In most cases, this translates directly to energy utility exposure, such as natural gas and electricity, and where those costs and risks are concentrated.
Energy and Emissions Management Information Systems (EMIS) are being used to collect and visualize performance data, while Distributed Energy Resource Management Systems (DERMS) enable real-time control of energy assets. Together, these systems provide both visibility and operational control, allowing organizations to actively manage consumption, optimize performance, respond to changing conditions, and budget against future operations.
Data is increasingly shaping how decisions are made, informing which assets should be renewed, where investments should be prioritized, and how energy costs will influence long-term budgets. As a result, data management is becoming a core capability in aligning energy, carbon, and financial strategies.
Final Thoughts
Across these trends, a consistent direction is emerging.
Electrification is reshaping how energy systems are designed and operated. Market volatility is influencing procurement strategies and operational decisions. Carbon is being integrated into financial planning. Project delivery and incentives are aligning to accelerate execution. Data is becoming the common thread, enabling more informed, responsive, and financially grounded decisions.
The transition is increasingly defined by how organizations adapt across operations, procurement, and infrastructure.
Energy decisions are becoming more dynamic, requiring greater attention to cost exposure, system constraints, and long-term positioning. The ability to align carbon, energy, infrastructure, and data strategies is becoming a key factor in managing risk and capturing value in a changing energy system.
Blackstone Can Help
For organizations navigating these shifts, Blackstone supports the translation of energy and carbon strategy into practical action. Whether it’s understanding cost exposure, planning infrastructure, or improving operational performance, our team works alongside clients to move from analysis to implementation.
With over 20 years of experience across public and private sectors, Blackstone combines technical expertise, market insight, and data-driven approaches to support more informed energy decisions.
To start a conversation or request support, contact: info@blackstoneenergy.com
