Major Estimate Revision • Jul 02
Consensus EPS estimates fall by 19% The consensus outlook for fiscal year 2026 has been updated. 2026 expected loss increased from -US$0.502 to -US$0.598 per share. Revenue forecast of US$212.4m unchanged since last update. Electrical industry in the US expected to see average net income growth of 37% next year. Consensus price target down from US$39.86 to US$37.86. Share price fell 6.5% to US$17.27 over the past week. New Risk • Jul 01
New major risk - Financial position The company has less than a year of cash runway based on its current free cash flow trend. Free cash flow: -US$324m This is considered a major risk. With less than a year's worth of cash, the company will need to raise capital or take on debt unless its cash flows improve. This would dilute existing shareholders or increase balance sheet risk. Currently, the following risks have been identified for the company: Major Risk Less than 1 year of cash runway based on free cash flow trend (-US$324m free cash flow). Minor Risks Currently unprofitable and not forecast to become profitable over next 3 years (US$117m net loss in 3 years). Share price has been volatile over the past 3 months (16% average weekly change). ライブニュース • Jun 14
X-Energy Advances Regulatory and Fuel Milestones While Facing Market and Liquidity Pressures X-Energy’s Q1 2026 update highlights progress on its Xe-100 small modular reactor program, with the TX-1 fuel fabrication facility reported at 56% completion and a new commercial fuel fabrication license from the U.S. NRC in place.
The company’s April IPO raised about US$1.1 billion, but management reported a widened net loss and declining liquidity, alongside a share price move to a post-IPO low as investors weighed execution, permitting and capital needs.
X-Energy formally submitted its Xe-100 reactor design into the UK Generic Design Assessment process, supporting a plan with Centrica for up to 6 GW of capacity. This includes a proposed 12-unit, 960 MWe plant at Hartlepool and a projected lifetime UK economic value of at least £40 billion.
The core story is that X-Energy is converting its advanced nuclear concept into a multi-country project pipeline while taking on significant regulatory, construction and funding work that can stretch timelines and balance sheet capacity.
For investors tracking XE, key issues to monitor include the pace at which the company converts early-stage projects into firm contracts, how it manages cash following the IPO raise, and how regulators in the U.S. and UK advance the various licensing and assessment processes. Reported Earnings • Jun 10
First quarter 2026 earnings released: US$7.57 loss per share (vs US$2.76 loss in 1Q 2025) First quarter 2026 results: US$7.57 loss per share (further deteriorated from US$2.76 loss in 1Q 2025). Revenue: US$39.9m (up 69% from 1Q 2025). Net loss: US$166.2m (loss widened 252% from 1Q 2025). Revenue is forecast to grow 43% p.a. on average during the next 3 years, compared to a 14% growth forecast for the Electrical industry in the US. ライブニュース • Jun 06
X-Energy Raises US$1.1b as Reactor Projects Progress but Losses Weigh on Shares X-Energy raised about US$1.1b in net proceeds from its April 2026 IPO to fund commercialization of its advanced nuclear reactor and fuel technologies.
The company reported wider-than-expected quarterly losses after going public, which led to a sharp share price drop and questions about its capital-intensive growth plans.
X-Energy secured a commercial fuel fabrication license from the U.S. Nuclear Regulatory Commission, advanced its TX-1 fuel fabrication facility to 56% completion, and submitted its Xe-100 small modular reactor design into the UK's Generic Design Assessment process.
The mix of fresh IPO capital, deeper losses and active project build-out puts the focus squarely on X-Energy’s ability to manage costs and execution timelines as it builds out advanced nuclear projects.
Regulatory progress and early project pipeline development with utilities and partners may appeal to investors who are comfortable with higher project and funding risk typical of early-stage, capital-heavy energy companies. お知らせ • Jun 02
X-Energy Submits Xe-100 High Temperature Gas-Cooled Reactor for Uk Generic Design Assessment X-energy, Inc. submitted an application to enter the United Kingdom’s Generic Design Assessment process for its Xe-100 High Temperature Gas-cooled Reactor. Subject to acceptance, submission marks a significant milestone in X-energy and Centrica’s efforts to deploy up to 6 GW of new nuclear in the United Kingdom, initiating a critical step in the UK licensing process. Generic Design Assessment is the UK’s established regulatory pathway for licensing new nuclear technologies, evaluating safety, security, safeguards, and environmental impact independent of site-specific considerations. The assessment will be administered by the UK Office for Nuclear Regulation (ONR), Environment Agency, Natural Resources Wales and the Department for Energy Security and Net Zero (DESNZ), and is expected to conclude by the end of 2029. X-energy has been in active dialogue with UK regulatory authorities since 2024 through the Early Engagement process. The Company’s latest submission builds on its U.S. licensing progress and is expected to further benefit from expanded collaboration between ONR and the U.S. Nuclear Regulatory Commission that allows for direct transfer of design documentation and safety analyses. This streamlined approach allows applicants to leverage NRC-approved technical documents throughout the assessment, creating opportunities for enhanced efficiency in the UK’s licensing process. The Xe-100 is an 80 MWe HTGR deployed in four-or-twelve-unit plants, capable of providing both electricity, and high-temperature heat and steam for industrial applications. In September 2025, X-energy and Centrica signed a Joint Development Agreement for the UK’s first advanced nuclear fleet, targeting 6 GW nationwide with Hartlepool identified as the preferred first site for a 12-unit/960 MWe Xe-100 plant. The project is currently advancing through the UK Government's Advanced Nuclear Pipeline assessment. The United Kingdom has extensive operational experience with gas reactor technology, with eight currently-operating Advanced Gas-Cooled Reactors, a predecessor to X-energy’s HTGR technology. In 2024, X-energy was selected for DESNZ’s Future Nuclear Enabling Fund to develop UK-specific deployment plans including assessment of domestic manufacturing opportunities, supply chain development, constructability, modularization studies, and fuel management. This culminated in multiple technical and commercial studies estimating a minimum of £40 billion in lifetime economic value, with £12 billion arising from the first project alone. X-energy and Centrica’s agreement helps to strengthen U.K. energy security and supports the Government's commitment to expand access to clean, safe, reliable energy. お知らせ • May 22
X-Energy, Inc. to Report Q1, 2026 Results on Jun 04, 2026 X-Energy, Inc. announced that they will report Q1, 2026 results at 9:30 AM, US Eastern Standard Time on Jun 04, 2026 お知らせ • May 21
Dow and X-Energy Receive Environmental Assessment Approval from Nuclear Regulatory Commission for Advanced Nuclear Project in Texas Dow and X-energy, Inc. had the U.S. Nuclear Regulatory Commission complete its Environmental Assessment for Dow and X-energy's Construction Permit Application for a proposed advanced nuclear project in Seadrift, Texas. The NRC's review was completed ahead of schedule following a comprehensive independent analysis by the NRC, concluding with a Finding of No Significant Impact. Long Mott Generating Station is being developed through Dow's wholly owned subsidiary, Long Mott Energy, LLC under the U.S. Department of Energy's Advanced Reactor Demonstration Program. The proposed project would provide both electricity and high-temperature industrial steam to Dow's UCC Seadrift Operations, powering the production of more than 4 billion pounds of materials per year. Once complete, Long Mott Generating Station is expected to be the first grid-scale advanced nuclear reactor deployed to serve an industrial site in North America. The Finding of No Significant Impact conclusion on the Environmental Assessment follows an extensive independent analysis by NRC staff, evaluating potential impacts to air quality, water resources, and local species habitats under globally recognized safety and environmental standards. The NRC completed its environmental review in under one year, benefiting from X-energy's pre-licensing work on its XE-100 small modular reactor, and a comprehensive Construction Permit Application submittal that meets the federal requirements for the protection of public health, safety, and the environment. Dow and X-energy's Construction Permit Application included a 1,000+ page Environmental Report supported by year-long field surveys, groundwater monitoring wells with 12 months of water quality measurements, and engagement with multiple state agencies including the Texas Historical Commission, Texas Parks and Wildlife Department, and Texas General Land Office. Throughout the project, Dow and X-energy have taken a proactive approach to environmental mitigation by identifying sensitive habitats before finalizing the site layout, proposing facility siting to avoid impacts to protected resources, and designing around environmental constraints rather than mitigating for them after the fact. Since 2018, X-energy, and subsequently Dow, have worked with the NRC through extensive pre-application engagement to demonstrate the XE-100's safety profile. This technical foundation helps enable a predictable, well-defined regulatory process focused on site-specific factors rather than fundamental reactor safety questions, creating opportunities for enhanced efficiency throughout the licensing process. X-energy's XE-100 is an 80 MW high-temperature gas-cooled reactor designed to enable a minimal environmental footprint. The reactor's helium coolant does not become radioactive during operation, eliminating entire categories of radiological considerations and adverse environmental impacts. Minimal water requirements eliminate major aquatic ecosystem impacts, and the absence of cooling towers or water intake structures reduces both visual and environmental disruption, as well as site impact during construction. These design characteristics enable exceptional environmental protection while delivering reliable, clean energy for industrial applications.