The U.S. faces a critical electricity shortage driven by industrial growth and decades of grid underinvestment, which threatens to strand new manufacturing projects.
Nuclear power is a vital and valuable solution for future energy needs, and GE Vernova is aggressively pursuing new builds in North America and Europe with concrete timelines.
Current energy market mechanisms, specifically the PJM capacity auction, are insufficient to incentivize the construction of new power generation required to meet demand.
Massive capital investment in R&D, manufacturing capacity, and acquisitions is necessary for GE Vernova to capture the historic opportunity presented by the energy transition.
The retirement of the U.S. coal fleet is an economic inevitability, creating a 200-gigawatt gap that must be filled by other generation sources.
Recent Months
Strazik states that GE Vernova has had teams on the ground in Venezuela exploring business opportunities.
Last Few Years
According to Strazik, GE Vernova has been actively working in Ukraine, providing mobile power solutions and substation support.
Present
Strazik announces a $5.3 billion deal with Prolec to acquire five transformer factories and outlines a plan to invest an additional $11 billion in R&D and CapEx over the next three years.
By end of 2026
Strazik expects GE Vernova to begin construction on its first new nuclear plant in the U.S. and be building or in deep engineering for new plants in at least two European countries.
2029
The commissioning of GE Vernova's first new nuclear plant in Canada is expected.
2030-2040
Strazik predicts this decade will be when GE Vernova's nuclear business becomes a 'very valuable part' of the company.
▶The Looming U.S. Power CrisisMay 2026
Strazik argues that a confluence of factors—supply chain decoupling from China, new factory and semiconductor foundry construction, and 50 years of grid underinvestment—is creating an electricity deficit. He claims this deficit puts new industrial projects at risk of not becoming operational because the power simply won't be available.
This narrative positions GE Vernova not just as an equipment supplier but as a critical enabler of broader U.S. industrial policy and economic security, tying the company's success to the nation's ability to re-shore manufacturing.
▶Aggressive Capital Deployment for the Energy TransitionMay 2026
Strazik details GE Vernova's massive capital deployment strategy to meet surging energy demand. This includes a planned $11 billion investment in R&D and CapEx over the next three years and a recent $5.3 billion acquisition of transformer factories from Prolec.
The scale of these announced investments signals a strong corporate belief that the current energy demand surge is a long-term, structural shift, justifying significant upfront spending to capture market share.
▶The Nuclear Renaissance in ExecutionMay 2026
Strazik presents a clear and ambitious timeline for GE Vernova's new nuclear projects, moving beyond theoretical advocacy. He cites a plant under construction in Canada due in 2029, and expects to be in construction in the U.S. and deep into engineering in two European countries before the end of 2026.
Strazik's specific timelines and multi-continent plans suggest the company is shifting from planning to execution on new nuclear build-outs, framing it as a key driver of the company's value between 2030 and 2040.
▶Navigating Market and Policy HeadwindsMay 2026
While bullish on demand, Strazik identifies significant challenges that could impede progress. He points to insufficient market incentives from mechanisms like the PJM capacity auction and notes that geopolitical factors, such as tariffs on steel and aluminum, have resulted in significant incremental costs for the company.
This highlights the dependency of the energy transition's success not just on technology and private investment, but also on the evolution of market structures and supportive, coherent government policy.