TerraPower CEO: AI Demand Fuels Nuclear Power Interest

The insatiable appetite for power driven by artificial intelligence and the growth of hyperscale data centers is creating a surge of interest in new nuclear energy solutions, according to Chris Levesque, President and CEO of TerraPower. In a recent interview, Levesque highlighted how the company's advanced reactor designs, particularly the "atrium" reactors, are poised to meet this escalating demand, emphasizing a significant departure from the long, costly projects of the past.

The AI Power Crunch and Nuclear's Role

Levesque explained that the demand for reliable, emission-free power is becoming critical for AI development. "Utilities and AI customers, namely the hyperscalers, are entering into discussions with companies like ours to start some of these new projects," he stated. This demand is particularly acute as the current infrastructure struggles to keep pace with the energy needs of advanced computing. TerraPower's strategy centers on delivering nuclear power solutions that are not only carbon-free but also economically viable and rapidly deployable.

TerraPower's Atrium Reactors: Speed and Efficiency

A key differentiator for TerraPower is the projected speed of its "atrium" reactor construction. Levesque noted that the design aims to deliver these reactors in just three years following groundbreaking. "The much shorter construction time that we'll be able to achieve with the atrium is why people are so interested," he said. This rapid deployment capability is crucial for meeting the immediate power needs of data centers and other large-scale energy consumers.

The full discussion can be found on Bloomberg Podcast's YouTube channel.

Leveraging Global Supply Chains

TerraPower is actively collaborating with international partners to build a robust supply chain. Levesque pointed to the company's five-year relationship with South Korean firms like SK, its second-largest investor, and Hyundai, which is part of its supply chain. "The Korean supply chain is formidable," Levesque commented, noting that South Korea has extensive experience in building nuclear plants. The recent announcement of a framework agreement with Hyundai Engineering and Construction for up to eight reactors underscores this strategic focus. He added that Korean partners are committed to meeting TerraPower's cost and schedule targets.

A New Financial Model for Nuclear

Addressing the historical challenge of nuclear project financing, Levesque emphasized a shift away from relying on residential ratepayers. "The White House and governors are not going to allow existing electricity ratepayers, mom and pop, to pay for the CapEx of these new plants," he explained. Instead, TerraPower is structuring deals where eventual electricity customers, such as data center operators, will enter into long-term power purchase agreements (PPAs) to cover the capital expenditures. This model aims to secure the necessary funding without passing the initial costs onto the general public.

Cost Competitiveness and Future Scale

Levesque expressed confidence in achieving cost competitiveness with renewable energy sources and natural gas. He stated that once initial non-recurring investments are made, the atrium reactor design, requiring less steel and concrete and offering faster construction, will be economically attractive. "We're going to have a design that will be competitive with other energy sources," he asserted. Looking ahead, TerraPower aims to scale up production significantly, targeting the deployment of approximately ten reactors per year by the mid-2030s. This ambitious scaling plan is supported by partnerships that bring industrial expertise, such as Hyundai's experience in building ships at scale. StartupHub.ai data shows that while Hyundai has a score of 10/100, its manufacturing and scaling capabilities are highly regarded, positioning it well for TerraPower's expansion goals.

The Demand is Clear

The conversation also touched upon the dual drivers of clean energy goals and the immediate need for power. Levesque confirmed that hyperscalers are committed to clean energy but also face immense pressure to secure reliable power sources for their operations. "It's a problem they have to solve now, and it's a problem we've been trying to solve at TerraPower by driving a design that can be built much faster," he concluded. The company's ability to build and validate a 36-month construction schedule is what's capturing significant attention in the market.