Global energy transition investment reached a record US$2.3 trillion in 2025, up 8% year-over-year, and more than double the US$1.1 trillion going to oil, natural gas and coal. Those numbers suggest momentum, but they also obscure a more uncomfortable reality: most credible net-zero pathways require roughly US$5 to 6 trillion annually through 2030. At record levels, investment remains roughly half of what is required.
The Canadian numbers tell a harder story. The country fell out of the top ten global energy transition investors in 2025, with spending declining 8.8% to US$33.4 billion, ceding its position to Saudi Arabia. A primary driver was the 35% drop in EV spending, following the end of federal purchase rebates and uncertainty around the EV Availability Standard. Renewable energy saw strong growth, which underscores the unevenness of the picture: capital is moving in Canada, but not consistently, and not always in the directions the transition requires.
What this means for Canadian cleantech companies is that the basis of competition is changing. The firms continuing to attract investment in this environment are not winning on technology ambition alone. They are winning on the ability to deploy capital with discipline, navigate complex regulatory environments, and deliver on commitments. In this phase of the transition, capital is underwriting leadership as much as it is underwriting projects.
The Dynamics Behind the Gap
Several forces are shaping where energy transition capital flows, and at what pace.
Geographic concentration is the most consequential. The bulk of incremental clean energy investment growth continues to occur in China, where industrial policy, manufacturing scale, and grid expansion have moved together in a way that North America and Europe have struggled to replicate. Canadian firms face a more fragmented policy environment, longer permitting timelines, and genuine exposure to geopolitical risk and supply chain dependencies that require active management at the executive level, not just the operational one. For firms with supply chains that depend on Chinese-manufactured components – panels, storage systems, inverters – what looked like a cost advantage not long ago is increasingly being treated as a risk that boards are only beginning to price properly.
Grid infrastructure is a second constraint, increasingly difficult to ignore. The International Energy Agency has warned repeatedly that transmission expansion is not keeping pace with renewable deployment. Grid access, interconnection queues, and permitting delays can determine whether a project reaches commercial operation within its original financial model. A strong development pipeline provides less protection than it once did.
Cost of capital has also reset the playing field. Following the interest rate increases of recent years, developers and infrastructure investors have had to reassess project economics across the sector. The discipline this demands has surfaced gaps in how some leadership teams approach underwriting, risk allocation, and capital sequencing – gaps that low-rate environments had kept invisible.
Recent geopolitical instability, including the conflict involving Iran, reinforces how quickly energy markets can reset. Oil prices have already shown significant volatility, driven by supply disruption risk and uncertainty around key transit routes. In the near term, this creates inflationary pressure and tighter capital conditions. Over the longer term, it underscores the strategic importance of the energy transition, but also increases the consequences of how capital is deployed. In this environment, leadership teams are not only managing project execution. They are navigating macro volatility that directly affects financing, timelines, and investor confidence.
Taken together, these forces mean that capital remains available, but it is moving more selectively. The projects and companies receiving it are demonstrating something specific: the capacity to execute reliably in a more demanding environment.
Where the Companies Attracting Capital Are Different
In our work with cleantech boards and leadership teams across the sector, a pattern has emerged. The organizations continuing to raise capital and advance projects are not always those with the most compelling technology stories. They tend to be the ones that have built credibility in three areas.
Regulatory fluency is the first. Projects now live or die on timelines shaped by permitting, grid access, and community engagement. Executives who can read and navigate provincial, federal, and local regulatory environments have become as critical to project outcomes as commercial or technical leaders. The teams that manage this well treat regulatory strategy as part of project development from day one, not something that gets addressed once approvals are needed.
Financial discipline is the second. The era of abundant capital masked real weaknesses in how some projects were structured and sequenced. Higher financing costs have made those weaknesses harder to carry. Leadership teams that combine operational experience with genuine infrastructure finance capability are structuring deals more carefully, managing risk allocation more deliberately, and building organizations capable of absorbing market cycles without losing momentum.
Operating experience is the third, and this is where boards are finding the sharpest gaps. A generation of cleantech executives built strong careers on development, capital raising, and early-stage growth – the skills the sector needed when the priority was getting projects started. The priority now is getting them finished, and then running them. Investors are scrutinizing whether leadership teams have actually taken projects through construction and into operation, because that experience shapes how teams respond when things go wrong. And in complex infrastructure, things go wrong.
These criteria apply across the cleantech capital stack – from early-stage companies moving technologies toward commercial deployment, to growth-stage firms managing pressure to scale, to infrastructure developers running long-cycle projects. In each case, investors are assessing not just the pipeline, but the leadership capacity required to deliver it.
The Leadership Question Boards Are Now Asking
The energy transition will keep moving. What the next phase will clarify is which leadership teams were genuinely built for it, and which were built for the conditions that preceded it.
That distinction will matter more than most boards currently expect, and it will become apparent faster than most anticipate. The boards engaging with this question now – assessing capability more rigorously, building succession depth in functions that carry more strategic weight, structuring incentives that reflect what execution actually demands – are making decisions whose consequences will show up clearly in the years ahead.
The companies that come out of this phase in the strongest position will likely be those that asked hard questions about their leadership teams before the market made those questions unavoidable.
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