Aalo Atomics Taps Baker Hughes for AI's Nuclear-Powered Future

AUSTIN, TX – March 04, 2026 – In a move that directly confronts the burgeoning energy crisis fueled by artificial intelligence, startup Aalo Atomics has selected energy technology giant Baker Hughes to supply a critical component for its experimental nuclear reactor. The collaboration aims to power the massive data centers that form the backbone of the AI revolution, marking a significant convergence of advanced energy and cutting-edge technology.

Aalo Atomics, a company focused on building small, modular nuclear plants specifically for data centers, will receive a 10 MWe steam turbine generator set from Baker Hughes. This turbine is destined for the power island of Aalo-X, the company's experimental reactor currently under development at the Idaho National Laboratory (INL). The partnership is a crucial step in Aalo's ambitious plan to be among the first to bring a dedicated, advanced nuclear reactor online to meet the unique power demands of an AI-driven world.

The Insatiable Appetite of Artificial Intelligence

The rise of sophisticated AI models has triggered an unprecedented demand for computational power, and with it, a voracious appetite for electricity. The International Energy Agency (IEA) projects that by 2026, global electricity consumption from data centers could exceed 1,000 terawatt-hours—an amount roughly equivalent to the entire annual electricity demand of Japan. This exponential growth poses a monumental challenge to existing energy infrastructure.

Data centers, and particularly those running AI workloads, require a constant, reliable, and massive supply of power, 24/7. Traditional renewable sources like solar and wind, while critical for decarbonization, are intermittent and require extensive battery storage or fossil fuel backup to ensure uninterrupted service. Relying on the existing electrical grid is also becoming increasingly difficult due to capacity constraints, transmission bottlenecks, and the carbon intensity of the power mix in many regions. This energy trilemma—balancing reliability, sustainability, and scale—has created a critical bottleneck for the future growth of AI. It is this challenge that Aalo Atomics was founded to solve.

A Modular Nuclear Solution Takes Shape

Founded in 2023 and headquartered in Austin, Texas, Aalo Atomics is pioneering the concept of eXtended Modular Reactors (XMRs), designed to be co-located with and provide direct, carbon-free power to modern data centers. The company's first major project, the Aalo-X experimental reactor, is rapidly taking shape at Idaho National Laboratory, a hub for nuclear research and development in the United States.

In recent months, the project has achieved several key milestones that signal its rapid pace. The U.S. Department of Energy granted the project an official site allocation at INL, and Aalo has already broken ground and erected the critical facility building. The reactor's design has passed both Preliminary and Final Design Reviews, which involved scrutiny from over 40 industry experts. Furthermore, a favorable Environmental Assessment Determination from the DOE helps streamline the path forward.

The selection of Baker Hughes provides the final, critical piece of the puzzle for the Aalo-X power island. The steam turbine generator is the component that will convert the heat generated by the nuclear reactor into usable electricity. “Baker Hughes’ steam turbines draw their high efficiency and reliability from decades of development and in-field experience and will provide us with the proven industrial-grade components we need to achieve criticality this year,” said Yasir Arafat, CTO of Aalo Atomics. “What’s more, Baker Hughes’ modular design approach mirrors Aalo’s focus on creating modular reactors, making it an ideal supplier and collaborator.”

Titans of Industry Forge a Path

The partnership between a nimble, venture-backed startup and a legacy industrial giant underscores a significant trend in the energy sector. Baker Hughes brings a century of engineering experience and a long history in the nuclear power industry, having supplied equipment and services since the 1950s. This deep expertise provides a layer of industrial validation and de-risking for Aalo's innovative approach.

For Baker Hughes, the collaboration is a strategic move to position itself at the forefront of the nuclear renaissance and the clean energy transition. The company has publicly identified advanced nuclear and Small Modular Reactors (SMRs) as a key growth area. “Small, advanced nuclear facilities have the potential to play a significant role in generating sustainable and reliable power for data centers,” said Alessandro Bresciani, Senior Vice President of Energy Equipment at Baker Hughes. “We are excited to be collaborating with Aalo on this journey, providing them with an innovative solution that can efficiently address growing data center energy needs.”

The collaboration began in late 2025, and Baker Hughes is scheduled to deliver the completed steam turbine set by the end of 2026, a timeline that aligns with Aalo's aggressive goal of achieving criticality for the Aalo-X reactor within the year.

The Venture Capital Bet on Atoms for AI

Driving Aalo's rapid progress is a war chest of over $136 million in funding, secured from a diverse and strategically significant group of investors. The funding round, announced in early 2024, was led by Valor Equity Partners and included participation from a roster of high-profile venture capital firms and corporate investors, including Hitachi Ventures, NRG Energy, and, most notably, Google Ventures (GV).

The involvement of GV, the venture capital arm of Google's parent company Alphabet, is particularly telling. As one of the world's largest operators of data centers and a leader in AI development, Google has a direct and vested interest in finding scalable, carbon-free energy solutions. This strategic investment signals a powerful vote of confidence from within the tech industry itself that advanced nuclear power is a viable and necessary component of AI's future infrastructure.

This substantial financial backing allows Aalo Atomics to navigate the capital-intensive process of reactor development and regulatory engagement, accelerating its path from concept to commercialization. The investor confidence reflects a growing consensus that the market for dedicated, reliable, clean power for AI is not just a niche, but a multi-billion-dollar necessity waiting to be unlocked. As the digital and physical worlds become ever more intertwined, the success of collaborations like the one between Aalo Atomics and Baker Hughes may very well determine the pace and sustainability of the next technological revolution.