Deep Fission and Endeavour Partner to Revolutionize Clean Energy with Low-Cost Nuclear Power for Data Centers
In a groundbreaking development that is set to reshape the future of clean, sustainable energy, Deep Fission Inc. has announced a strategic partnership with Endeavour Energy, LLC, focusing on accelerating the deployment of small modular reactors (SMRs) to power hyperscale data centers. The two companies are combining Deep Fission’s pioneering nuclear energy technology with Endeavour’s expertise in data center development, creating an unprecedented opportunity to provide low-cost, zero-carbon, and reliable energy for energy-intensive industries.
A Leap Forward in Nuclear Energy Innovation
Deep Fission is at the forefront of nuclear power innovation, using a novel approach that involves placing small modular reactors deep in boreholes, a mile beneath the Earth’s surface. This revolutionary technology significantly lowers costs while increasing safety and energy efficiency, all while reducing the environmental footprint of traditional nuclear power generation.
By leveraging the natural advantages of geological deep borehole placement, including robust containment and consistent pressure, Deep Fission’s reactors promise not only to enhance safety but also deliver significantly more energy within a smaller footprint compared to other SMR providers. This design dramatically minimizes the risks and space typically associated with surface-built nuclear plants, positioning the company to be a leader in the next generation of nuclear power.
The agreement between Deep Fission and Endeavour involves co-developing 2 gigawatts (GW) of nuclear energy to fuel Endeavour’s growing network of Edged data centers. The first reactors are slated to come online by 2029, with further deployments planned for other regions as demand for energy-intensive services continues to grow.
Reducing Costs and Enhancing Safety for Data Centers
One of the most significant challenges facing the widespread adoption of nuclear power today is its high cost. Despite the pressing need for reliable, clean energy, nuclear plants have historically been expensive to build, maintain, and operate. However, Deep Fission’s technology overcomes many of these financial obstacles. With an expected cost of just 5-7 cents per kilowatt-hour (kWh), Deep Fission’s reactors offer a highly competitive solution to the energy demands of industries such as artificial intelligence (AI), which require vast amounts of energy to power their operations.
Elizabeth Muller, Co-Founder and CEO of Deep Fission, highlighted the transformative potential of their technology: “There is significant momentum for nuclear power right now, but the cost is still a challenge. Our technology not only ensures the highest levels of safety but also positions us to deliver zero-carbon continuous power at a cost of just 5-7 cents per kWh. The partnership between Deep Fission and Endeavour is a game-changer for data center customers around the world.”
The combination of Deep Fission’s deep borehole reactors and Endeavour’s sustainable data center expertise promises a powerful synergy that addresses the growing need for clean, reliable, and cost-effective energy solutions. These data centers, which support industries like AI, cloud computing, and big data analytics, are notoriously energy-hungry and require solutions that not only meet their power demands but also align with sustainability goals.
Jakob Carnemark, Founder of Endeavour, emphasized the critical need for economically viable clean energy solutions: “We are constantly searching for technologies capable of supporting the unprecedented demands of AI and meeting green energy goals, but they have to be economically viable. Deep Fission’s solution slashes the high costs and long timelines of surface-built nuclear projects, enhances safety, and delivers clean, reliable energy with high power density of more than 100MW in a quarter acre. We’re excited to play a pivotal role in advancing this transformative approach.”
Innovative Technology Meets Real-World Application
Deep Fission’s groundbreaking approach to nuclear energy draws on over 40 patent-protected inventions, each designed to maximize the safety, efficiency, and scalability of its deep borehole reactors. By tapping into the natural geological benefits of deep underground placement, the reactors are able to operate under constant pressure and robust containment, reducing the need for complex and costly safety systems that are typical in traditional nuclear plants.
The reactors are designed to operate with significantly higher power density, delivering more than 100 megawatts (MW) in just a quarter acre, which is a fraction of the space required by traditional nuclear reactors. This compact size makes the technology ideal for use in a variety of locations, including remote areas or urban environments where space is limited, and where traditional energy infrastructure may be more difficult to deploy.
The ability to produce such a high energy output with a small physical footprint is a crucial advantage for industries that rely on large-scale data processing, particularly data centers, which have come under increasing pressure to reduce their carbon footprints while managing their enormous energy demands. The partnership between Deep Fission and Endeavour represents a significant step toward integrating next-generation nuclear technology into the world’s growing data infrastructure.
Accelerating the Global Shift to Clean Energy
The collaboration between Deep Fission and Endeavour is not just about technological innovation—it is also about making a real-world impact on the global transition to clean, sustainable energy. As governments, corporations, and individuals continue to grapple with the challenges of climate change and energy security, the need for scalable, reliable, and zero-carbon energy sources has never been more urgent.
By targeting the growing energy needs of hyperscalers and large-scale data centers, the partnership between Deep Fission and Endeavour serves as a model for how next-generation nuclear technology can meet the demands of modern industries while addressing the broader challenge of decarbonization. Together, the companies plan to lead the charge toward a more sustainable energy future, with a specific focus on powering the critical infrastructure that underpins the digital economy.
The global demand for energy-intensive services, especially those driven by AI and cloud computing, is expected to continue rising at an exponential rate. As such, the energy sector must evolve to meet these growing demands while also reducing carbon emissions. The integration of small modular reactors into data center power generation offers a viable solution to this challenge, providing clean and affordable power without the environmental impact of fossil fuels.
A New Era for Nuclear Power
The partnership between Deep Fission and Endeavour represents a key milestone in the evolution of nuclear energy. By addressing cost and safety concerns, while simultaneously maximizing the energy output from a compact, scalable design, Deep Fission’s deep borehole reactors have the potential to disrupt the traditional energy landscape. The move to deploy these reactors to power hyperscale data centers further underscores the growing recognition that nuclear power can—and should—play a pivotal role in the transition to clean, renewable energy.
The potential benefits of this partnership extend far beyond the data center industry. With the world’s energy needs continuing to grow, and climate change presenting an urgent global challenge, the demand for innovative, cost-effective, and scalable clean energy solutions is reaching a critical juncture. The success of Deep Fission’s SMR technology could open the door to a wide array of applications, from powering entire cities to supporting industries like manufacturing, transportation, and heavy industry.
As the first reactors come online in 2029, the collaboration between Deep Fission and Endeavour will mark the beginning of a new era in nuclear energy. By combining cutting-edge technology with real-world applications in high-demand sectors, the companies are not just meeting today’s energy challenges—they are laying the groundwork for a sustainable and secure energy future for generations to come.
