G7 Climate Commitments 
and Canada’s Energy Transition

Canada has made significant strides in transitioning toward clean energy, yet its progress remains inconsistent compared to other G7 nations. Despite its global obligations and vast renewable energy resources, Canada, alongside the US, is at the bottom of the G7 countries when it comes to carbon emissions reduction and renewable energy integration. Unlike its other G7 counterparts, which have aggressively pursued green energy to reduce reliance on imports (such as European reliance on Russian gas), Canada’s policy is also influenced by its role as a major oil and gas exporter and its geopolitical positioning as a key energy supplier mainly to the US (above 70 percent) and marginally to other global markets.

From the perspective of a multidisciplinary theoretical framework that integrates economic, geopolitical, and policy-driven perspectives, Canada’s clean energy transition in comparison to other G7 nations needs a serious review and recalibration. To this end, policymakers and executives should look at how various government policy instruments (e.g., subsidies, taxation, regulatory frameworks), geopolitical factors (e.g., trade alliances, energy security), economic incentives (e.g., market competitiveness, investment in renewables) and political wrestling between Ottawa and the provinces and territories is having a direct or indirect impact on Canada’s clean energy transition, measured by CO2 emissions reduction, renewable energy adoption rates, and compliance with international agreements. It’s a complex situation which needs a multipronged approach and the political will to examine the current state of affairs by factoring in the evolving geopolitical, ever-spinning geoeconomics and local political economy.

A potent theoretical tool in this context is the theory of political economy of energy transitions which helps assess the balance between state intervention, market forces, and economic incentives in shaping energy policy, and may help explain why Canada has been slower in phasing out fossil fuels compared to its G7 counterparts. Simultaneously, a geostrategic energy security framework will help explore Canada’s reliance on fossil fuel exports and its geopolitical obligations (e.g., CUSMA and G7 agreements). It also assesses how international trade dependencies impact domestic energy policy choices. Lastly, the theory of climate policy effectiveness may concurrently help evaluate the success of carbon pricing, renewable energy subsidies, and environmental taxation in achieving climate targets. It also provides an empirical basis to assess whether Canada’s policies align with its G7 peers.

Comparative Spectrum 

Notwithstanding the many differences defining energy security within G7 nations (notably between the US and EU member states), empirical studies show that European G7 members, such as Germany and France, have aggressively reduced emissions to decrease dependence on Russian fossil fuels by implementing stringent carbon pricing, extensive renewable energy subsidies, and regulatory frameworks. Existing literature highlights the effectiveness of European G7 nations in leveraging multilateral agreements such as the European Green Deal to facilitate clean energy transitions. Moreover, Germany and the UK have demonstrated success in energy diversification by promoting offshore wind, hydrogen, and nuclear energy.

Outside the European ambit, Japan has undertaken substantial energy reforms following the Fukushima disaster in 2011, notably investing in hydrogen energy, smart grid technologies, and ambitious efficiency standards; these initiatives reflect a long-term vision for energy resilience.

The US has an ambitious Inflation Reduction Act (IRA) in place to propel a subsidy-based approach to clean energy transition, providing clear financial incentives for renewable deployment, electric vehicles, and domestic manufacturing, yet a fragmented political landscape is proving a roadblock to its realization. Being the largest economy and second-largest greenhouse gas emitter globally, the US occupies a uniquely influential position in shaping the global and G7 climate agenda. While the IRA offers a transformative framework for decarbonization, its success hinges on coherent implementation, state-federal alignment, and political resilience. Without addressing these structural obstacles, the US risks squandering a historic opportunity to lead on climate action both domestically and internationally. With major policy reversals under Trump, most notably the US withdrawal from the Paris Agreement in 2017, re-entry in 2021 and exit again in 2025, the credibility of long-term US commitments remains in doubt.

In comparison to the Europeans and the US, Canada’s climate policy stands at a pivotal juncture, underscored by the recent repeal of the federal consumer carbon tax. This decision reflects the intricate balance between implementing effective environmental strategies and navigating the political landscape. Introduced in 2019, the federal carbon tax aimed to reduce greenhouse gas emissions by taxing fossil fuel consumption and redistributing the revenue to citizens through quarterly rebates. Despite economic support from over 3,600 economists and the fact that most Canadians received rebates exceeding the taxes paid, the policy faced significant public opposition. Critics pointed to increased fuel prices and a lack of awareness about the rebates as primary concerns. This discontent was effectively harnessed by Conservatives, who campaigned vigorously against the tax. Consequently, Prime Minister Mark Carney, despite his strong climate advocacy credentials, deemed the tax too politically divisive and opted for alternative climate policies, such as incentives for green choices and continued industrial carbon pricing, which is presented to have greater emissions-reduction potential.

In 2024, the World Energy Council reported that Canada derived approximately 19.6 percent of its total energy from renewables, compared to Germany’s 46.1 percent and the UK’s 41.6 percent. Additionally, carbon emissions in Canada have declined by only 10.4 percent since 2010, whereas Germany and the UK have reduced emissions by 38.2 percent and 33.5 percent, respectively. This disparity highlights Canada’s slower transition, despite its policy ambitions.

Table 1: Comparative Analysis of G7 Countries on Renewable Energy Share,
CO₂ Emissions Reduction, and Energy Dependency Patterns (2024)

Country	Renewable Energy Share (percent)	CO₂ Reduction (percent)	Key Dependency	Governance Model	Policy Instruments
Germany	46.1	38.2	Russian gas (phased out)	Centralized	Carbon tax, Green Deal, Feed-in tariffs
UK	41.6	33.5	North Sea oil/wind	Hybrid	Contract for Difference, R&D grants
Italy	36.3	31.7	Russian gas (reduced)	Centralized	Energy Transition Plan, Grid modernization
France	24.5	29.3	Nuclear energy	Centralized	Carbon floor price, nuclear investments
Japan	18.2	12.8	LNG imports	Centralized	Feed-in tariffs, Hydrogen roadmap
Canada	19.6	10.4	Fossil fuel exports to the US	Federal / Provincial	Carbon pricing, Clean Fuel Regulations, Clean Electricity Regulations
US	13.9	6.5	Shale gas	Federal/State	Inflation Reduction Act, Tax credits

One factor which warrants attention in Table 1 is the governance model of those countries where centralized or hybrid models (except Japan) have shown better net results (CO2 emissions and renewables) as compared to fragmented governance models like those of Canada and the US. However, reading the data (read as poor performance) from both these countries without their geopolitical limitations, fragmented political and policy landscape and sprouting impact of Trump 1.0 and now Trump 2.0 eras might lead to miscalculations. 

Table 2 summarizes the commitments and timeline of all the G7 nations and highlights the diverse approaches and targets set by them in their efforts to combat climate change. While all are committed to net-zero emissions by mid-century, the timelines and strategies for phasing out coal and achieving interim targets vary, and except the UK (already done in 2024), no one seems to be meeting even the coal phasing-out target. Regional initiatives, such as the EU Green Deal and North American partnerships, further influence national policies and commitments.

Table 2: Comparative table outlining the international
and regional climate commitments of the G7 countries

Country	Net-Zero Target	Coal Phase-Out Target	Paris Agreement Nationally Determined Contributions	Regional Initiatives	Notable Commitments
Canada	2050	2030	40–45 percent reduction below 2005 levels by 2030	North American Climate Action Partnership	Carbon pricing, Clean Fuel Regulations
France	2050	2027	40 percent reduction below 1990 levels by 2030	EU Green Deal	Nuclear energy expansion, Renewable energy targets
Germany	2045	2038 (or earlier)	55 percent reduction below 1990 levels by 2030	EU Green Deal	Energiewende policy, Hydrogen strategy
Italy	2050	2025	33 percent reduction below 2005 levels by 2030	EU Green Deal	National Energy and Climate Plan
Japan	2050	2030s (no fixed date)	46 percent reduction below 2013 levels by 2030	Asia-Pacific Partnership on Clean Development and Climate	Hydrogen roadmap, Energy efficiency measures
UK	2050	2024	68 percent reduction below 1990 levels by 2030	UK Climate Change Act	Offshore wind expansion, Green Finance Strategy
US	2050	2035	50–52 percent reduction below 2005 levels by 2030	U.S. Climate Alliance Withdrawal from Paris Agreement	In-operational Inflation Reduction Act, Methane emissions regulations

Canada’s Conundrums 

Canada’s clean energy policies within the broader geopolitical and economic context of the G7 need to be seen from a multidisciplinary theoretical framework to assess the role of international agreements, economic dependencies, and trade alignments in shaping its energy transition strategy. Specifically, the impact of policy interventions, carbon pricing mechanisms, and strategic energy alliances on Canada’s compliance with global climate commitments and clean energy adoption.

From a compliance standpoint, Canada has ratified key international agreements, including the Paris Agreement, committing to achieve the targets highlighted in Table 2. However, its progress has been mixed due to conflicting economic interests and provincial autonomy in energy policy implementation. Unlike Germany and France, which have enacted stringent national-level mandates for renewable energy expansion, Canada’s decentralized political structure has led to policy fragmentation, with provinces like Alberta and Saskatchewan continuing to prioritize fossil fuel development despite federal climate commitments.

One of the core challenges in Canada’s energy landscape is the inconsistent trajectory of emissions reduction. While some reports cite a 10.4 per cent decrease in greenhouse gas emissions, these figures are not static and vary markedly year by year. In addition, policy effectiveness is hampered by limited enforcement mechanisms, particularly in provinces where resistance to federal authority remains entrenched. Provincial pushback, particularly in Saskatchewan and Nova Scotia, has diluted the intended impacts of federal carbon pricing frameworks.

The federal-provincial divide is not merely rhetorical. Legal disputes such as the Greenhouse Gas Pollution Pricing Act, 2021 SCC 11, underscore the constitutional ambiguity surrounding federal authority over environmental regulation. Provinces like Alberta have mounted sustained legal and political opposition to federal climate initiatives while Ontario’s repeal of the Green Energy Act led to the cancellation of over 750 renewable energy contracts in 2018. These events substantiate claims that Canada’s climate governance is less a unified strategy and more a patchwork of policies susceptible to political turnover as we have just seen in the lead-up to Canada’s recent federal election.

Even the repeal of carbon pricing for consumers has intensified the ongoing tension between federal and provincial jurisdictions over climate policy. Provinces like Alberta and Ontario have historically opposed federal carbon pricing, favouring their own systems or none at all. For instance, Alberta’s Premier repealed the province’s carbon tax in 2019, arguing it harmed the economy, despite court documents indicating minimal economic impact. Similarly, Ontario’s Premier dismantled the cap-and-trade system in 2018 without public consultation, leading to legal challenges and the imposition of the federal carbon tax as a backstop. These provincial actions underscore the complexities of implementing cohesive national climate strategies in a federation where energy policies are often provincially governed. The federal government’s challenge lies in reconciling these divergent interests to maintain a unified approach to emissions reduction.

Despite strong rhetorical emphasis, carbon pricing mechanisms face both political and structural limitations. In particular, stakeholder participation in Ontario revealed a lack of institutional commitment to sustained implementation, contributing to the volatility of carbon markets. The result of such stumbling blocks is that enforcement challenges may continue to haunt the federal government even though the carbon price has often been set below effective thresholds, making it more symbolic than transformational in shifting energy behaviours.

Canada’s energy trade agreements further complicate its transition strategy. The country is bound by the CUSMA (Canada-United States-Mexico Agreement), which ensures energy trade stability but also limits drastic shifts away from fossil fuel exports. Additionally, within the G7 framework, Canada has pledged support for clean energy financing in developing nations, but its domestic policies remain inconsistent with its international climate finance commitments.

Using cross-national comparisons, Canada’s policy framework does not align with the ambitious energy reforms seen in Germany, France, Japan or the UK. Apart from CUSMA restrictions, Canada is yet to mirror what its peers in the G7 (except the US) have done in policy spheres. For example, Japan’s post-Fukushima shift toward hydrogen and grid resilience, in turn, demonstrates adaptive regulatory flexibility that Canada has yet to look into.

Road to Redemption 

The short-term outlook suggests that Canada will continue to face challenges in reducing its carbon footprint due to provincial resistance and dependency on resource-driven economic structures. In the medium term, policy adjustments, including sector-specific carbon pricing reforms and stricter emissions regulations, may help Canada gradually align with G7 clean energy standards. However, without a significant reduction in fossil fuel exports and a shift toward alternative energy trade agreements, long-term progress may remain limited.

Unlike European nations, which have developed independent clean energy supply chains, Canada remains economically tethered to American energy markets. This interdependence limits Canada’s policy flexibility, restricting it from adopting more aggressive clean energy transition strategies akin to those of Germany and France. Addressing this dependency would require Canada to diversify its energy partnerships, particularly with European and Asian markets, while investing in green hydrogen and renewable energy exports to reduce reliance on fossil fuels.

While Canada has taken meaningful steps in clean energy adoption, its trajectory remains constrained by economic, geopolitical, and policy factors. The findings suggest that, without substantial policy reforms, Canada will continue to lag behind its G7 peers in the clean energy transition.