Core Viewpoint - NuScale Power's stock experienced a significant increase of 23.4% in January, driven by political support for nuclear energy and an analyst upgrade from Bank of America [1][6]. Group 1: Political and Regulatory Environment - The U.S. House of Representatives Energy Subcommittee held hearings on January 5 to discuss a nuclear acceleration roadmap, indicating bipartisan support for expanding nuclear technology in the energy grid [2]. - The timeline for nuclear energy development includes operational experimental reactors by July 4, 2026, multiple small modular reactors (SMRs) by the end of 2027, and nuclear power on military bases by 2028, reflecting a renewed urgency in the industry [3]. Group 2: Company-Specific Developments - NuScale holds the only SMR design certification from the Nuclear Regulatory Commission, which positions the company favorably for regulatory streamlining and faster deployment [5]. - Bank of America upgraded NuScale's stock from "Underperform" to "Neutral" on January 9, setting a price target of $28, citing positive factors such as a licensing agreement with the Tennessee Valley Authority and the advantages of its light-water reactor design [6]. Group 3: Market Dynamics and Challenges - The stock rally faced challenges when Microsoft reported earnings that raised concerns about AI infrastructure spending, which could impact growth for companies like NuScale that are linked to AI demand [7][8]. - The energy demand driven by AI has been a key factor in NuScale's stock performance over the past two years, and any decline in this demand could negatively affect the company's stock [8].

Rolls-Royce SMR and Yokogawa Electric Corp. have announced a strategic agreement for the Japanese industrial automation specialist to deliver data processing and control systems (DPCS) for Rolls-Royce’s small modular reactor (SMR) program—a deal covering the first units in what both companies envision as a global SMR fleet. Under the agreement, Yokogawa will design, engineer, validate, build, test, install, and commission the main control system for Rolls-Royce SMR power plants. Ruth Todd, Operations and S ...

Core Insights - Aegis Critical Energy Defence Corp. has officially formed a new subsidiary, Homeland Nuclear Energy Inc., focused on Small Modular Reactor (SMR) and Micro Modular Reactor (MMR) technologies [1][2] Strategic Expansion - The establishment of Homeland Nuclear represents a strategic move to enhance Aegis's mission of providing sovereign, mission-critical power by commercializing hybrid energy systems that integrate modular nuclear power with Battery Energy Storage Systems (BESS) [2][3] Strategic Mandate - Homeland Nuclear will focus on three core pillars: Infrastructure Integration, Sovereign Energy Security, and Regulatory & Safety Leadership, aimed at addressing energy independence needs, particularly in the Arctic and critical infrastructure [3][7] Synergies with Aegis Ecosystem - The new subsidiary will utilize Aegis's existing technology stack, including quantum-secured energy management controls and ruggedized battery hardware, to create "plug-and-play" nuclear-hybrid microgrids that can be deployed more rapidly and securely than traditional plants [4][5] Dedicated Focus - By isolating nuclear integration within a specialized subsidiary, Aegis ensures a concentrated effort on the unique licensing, safety, and engineering requirements of the nuclear sector while continuing to expand its core BESS and telecom business lines [5][6]

Core Viewpoint - Aegis Critical Energy Defence Corp. has officially formed a new subsidiary, Homeland Nuclear Energy Inc., to focus on the development and deployment of Small Modular Reactor (SMR) and Micro Modular Reactor (MMR) technologies within its energy solutions ecosystem [1][2]. Strategic Expansion - The establishment of Homeland Nuclear represents a strategic move to enhance Aegis's mission of providing sovereign, mission-critical power by commercializing hybrid energy systems that integrate modular nuclear power with Battery Energy Storage Systems (BESS) [2][3]. Strategic Mandate - Homeland Nuclear will focus on three core pillars: 1. Infrastructure Integration: Designing standardized interfaces for next-generation micro-reactors and microgrids [7]. 2. Sovereign Energy Security: Offering carbon-free, long-tenure power solutions for remote communities and military installations [7]. 3. Regulatory & Safety Leadership: Collaborating with partners to ensure compliance with North American safety and cybersecurity standards [7]. Synergies with Aegis Ecosystem - Homeland Nuclear will utilize Aegis's existing technology, including quantum-secured energy management controls and ruggedized battery hardware, to create "plug-and-play" nuclear-hybrid microgrids that can be deployed more rapidly and securely than traditional plants [4][5]. Focus on Nuclear Sector - By isolating nuclear integration within a specialized subsidiary, Aegis aims to maintain a dedicated focus on the unique licensing, safety, and engineering requirements of the nuclear sector while continuing to grow its core BESS and telecom business lines [5].

Core Insights - Nuclear energy is experiencing significant growth in 2026, driven by strong government support, backing from Big Tech, and a global trend towards increasing carbon-free energy capacity [1] - The VettaFi Nuclear Renaissance Index has risen 14% year-to-date as of January 28, 2026, outperforming the S&P 500, which increased by approximately 2% during the same period [1] - The sector has received substantial capital investments, including a $2.7 billion award from the Department of Energy for uranium enrichment [1] Government and Private Sector Support - Nuclear energy benefits from unique bipartisan support in the U.S., leading to sustained policy momentum across different administrations [1] - Meta has signed a 20-year agreement with Vistra for over 2.6 gigawatts of power and partnered with Oklo to finance a 1.2 gigawatt small modular reactor project in Ohio [1] Index and ETF Performance - The VettaFi Nuclear Renaissance Index (NUKZX) aims to maximize risk-adjusted returns by diversifying across various sectors, including construction, services, utilities, fuel, and advanced reactors [1] - The Range Nuclear Renaissance ETF (NUKZ) provides a single-ticker solution for investors to capture the entire nuclear supply chain, with traditional asset allocators increasingly adding NUKZ to their portfolios [1] Market Trends and Future Outlook - Advisors are using NUKZ as a satellite allocation alongside AI investments, recognizing that the demand for AI will drive global energy demand [1] - The nuclear sector is transitioning from a traditional utility model to a high-growth technology enabler, indicating a shift in market dynamics [1]

Key Takeaways Investors should not discount the power of historical precedent.Oklo's technical picture suggests the stock provides an asymmetric bet here.With its META deal, OKLO is transitioning from a speculative concept to a validated leader. Nothing Ever Changes on Wall Street Legendary stock speculator Jesse Livermore once said:“There is nothing new in Wall Street. There can’t be because speculation is as old as the hills. Whatever happens in the stock market today has happened before and will happen a ...

Industry Overview - Nuclear energy is experiencing a resurgence as a cleaner and more scalable energy source, driven by the increasing demand for energy from AI data centers [1] - The interest in nuclear power is particularly focused on smaller-scale nuclear reactors, known as small modular reactors (SMRs) [1] Company Comparison - NuScale Power and Nano Nuclear Energy are both involved in the SMR business, with NuScale focusing on permanently installed SMRs and Nano specializing in microreactors [3] - Investors are currently valuing both companies based on their future potential rather than current results, with Nano being perceived as the "smaller" company [4] Market Capitalization and Potential - NuScale has a market cap of approximately $6 billion, while Nano's market cap is around $1.75 billion, suggesting that Nano may have greater long-term upside potential, though this could also indicate greater uncertainty about its future success [5] - NuScale has already received regulatory approval for its reactors and is in the commercialization stage, with last year's revenue reported at $40 million and expectations for sales to triple this year [7]

Summary of Nuclear Renaissance – Key Questions For 2026 Industry Overview - The report focuses on the nuclear energy sector, highlighting the potential for a nuclear renaissance in 2026 and the investment opportunities within the nuclear value chain [2][12]. Key Questions and Insights 1. **Conventional Nuclear Supply** - Incremental nuclear supply is expected in the US, Japan, and China, with a more positive outlook for the US and Japan. The fastest pathways to add capacity are restarts and life extensions of existing reactors [13][14]. - Japan's nuclear policy is supportive, with recent approvals for reactor restarts, while the US has several plant restarts underway, including Palisades and Crane Clean Energy Center [15][16]. 2. **Small Modular Reactors (SMRs)** - The SMR market is becoming selective, with only projects that have clear regulatory pathways and credible financing likely to succeed. Demand from hyperscalers is strong, but execution risks remain [3][17]. - Currently, only four SMRs are operational globally, with many still in the design phase [20]. 3. **Nuclear Fuel Supply Chain** - Uranium is highlighted as a preferred commodity for 2026, with utilities returning to the market and spot buying remaining robust. The expected price is projected to reach US$90/lb by Q3 2026 [4][23]. - The supply chain is constrained, with long-term contracting activity improving as US utilities re-engage in the uranium market [24][30]. 4. **Fusion and Thorium Technologies** - Fusion and thorium remain long-term technologies with limited near-term impact on power supply. However, they are gaining attention and funding, indicating potential future relevance [5][31]. - China is advancing thorium technology with active projects, while the US is restarting research on molten salt reactors [33][36]. Investment Opportunities - The report identifies 26 Overweight-rated stocks across the nuclear value chain, including: - **Nuclear Power Generation**: Talen Energy, Public Service Enterprise Group, Hokkaido Electric Power [2][11]. - **Uranium Mining**: CGN Mining, Paladin Energy [4][11]. - **Equipment & Plant**: Curtiss-Wright, GE Vernova, Rolls-Royce [3][11]. Market Performance - Uranium mining stocks have shown significant outperformance, indicating strong investor interest and potential for growth in this sector [6][11]. Monitoring Signals for 2026 - Key signals to watch include: - Japan's safety review processes and government support for nuclear projects [16]. - Progress on US nuclear plant restarts and regulatory streamlining [16]. - Long-term uranium contracting trends and advancements in enrichment capacity [30][31]. Conclusion - The nuclear sector is poised for growth, driven by increasing demand for clean energy and supportive policies in key markets. Investors are encouraged to focus on companies with strong fundamentals and clear pathways to capitalize on the nuclear renaissance [2][12].

Core Insights - Meta Platforms has entered into nuclear power agreements with three providers, including Oklo, to secure carbon-free electricity for its AI infrastructure [1][3] - Oklo's stock rose 8% following the announcement, reflecting investor confidence in its business model [1] - The partnership aims to deliver 6.6 gigawatts of power by 2035, surpassing New Hampshire's total electricity demand [3] Company Developments - Oklo, a small modular reactor developer, went public in 2024 through a SPAC merger and is currently valued at over $600 million [1] - The advanced nuclear technology campus in Pike County, Ohio, is expected to be operational by 2030, marking a significant milestone for Oklo [4] - Oklo's aggressive execution strategy includes leveraging Department of Energy pathways to expedite development and licensing [8] Industry Trends - The announcement aligns with similar nuclear commitments from other tech giants like Amazon and Alphabet, indicating a trend among data center operators to adopt nuclear energy for AI workloads [5] - The nuclear projects are seen as a scalable solution for providing reliable baseload power, which is essential for energy-intensive applications [4] - Oklo's stock has surged over 300% in the past year, driven by investor optimism regarding its multifaceted approach to nuclear energy [9]

Summary of Conference Call on Nuclear Power Panel with SMR and Holtec Industry Overview - The conference focused on the nuclear power sector, specifically small modular reactors (SMR) and clean energy opportunities presented by Holtec International and NuScale Power [1][2]. Key Points from NuScale Power (SMR) Market Outlook - SMR anticipates 2025 as a pivotal year with the receipt of Standard Design Approval (SDA) for its 77 MW module from the NRC and a ~5.5 GW agreement with TVA through partner Entra1 [2]. - The company aims to finalize a firm Power Purchase Agreement (PPA) in 2026, viewing it as critical due to increasing competition in the SMR market [2][3]. Customer Relationships - SMR is leveraging its partnership with Entra1 to enhance customer relationships and has existing agreements with TVA and RoPower [3]. - The company plans to submit a Combined Operating License Application (COLA) and commence Front-End Engineering Design (FEED) efforts post-PPA, targeting electricity generation by 2030 [3]. Supply Chain and Funding - SMR is collaborating with Doosan to manufacture its first 12 modules [4]. - The company is a potential beneficiary of $25 billion in funding from the US/Japan trade deal to advance its SMR design [4]. Key Points from Holtec International Market Outlook - Holtec is active in various nuclear value chain aspects and had a successful 2025, with strong results across business units, except for decommissioning [7]. - The company plans to restart the Palisades reactor in Michigan in 2026 and has entered a $600 million contract with Taiwan for two dry storage facilities [7]. Restart Opportunities - Holtec is responsible for four decommissioning projects and sees potential to restart the Indian Point reactor, which could provide about 2 GW of power, contingent on political and local support [8]. SMR Development - Holtec has been developing its SMR 300 design since 2011, focusing on Pressurized Water Reactor (PWR) technology [9]. - The company aims to deploy its first reactor at Palisades and has started the formal regulatory review process with the NRC [9]. - Holtec received a $400 million grant from the DOE to support its SMR design development and is in advanced discussions with customers for commercial offtake in the first half of 2026 [9]. Valuation and Risks for SMR - SMR is rated Neutral with a 12-month price target of $23, based on a 50/50 weighting of DCF and EV/Sales estimates [10]. - Key risks include execution risk, customer relationships, cash burn, financing needs, delivery costs for modules, competition, and licensing challenges [10]. Additional Notes - Holtec International is a private company, and specific disclosures regarding its operations were not provided [11]. - The conference highlighted the growing interest in nuclear applications among utilities, indicating a potential shift in market dynamics [9].