日 本 驻 越 南 大 使 伊 藤 直 树 于 8 日 宣 布 ， 日 本 已 正 式 放 弃 在 越 南 建 设 大 规 模 核 电 站 ——"宁顺2号"项目的计划，主要原因是工期过于紧凑，这项长达十多年的日越核 电合作规划由此悄然落幕。 伊藤直树称，"日本目前没有实施'宁顺2号'核电站项目的计划。"据路透社8日报道，根据越南政府的路线图，这项拟建核电站的设计 总装机容量为2至3.2吉瓦，原计划于2035年之前投入商业运营，是越南提升国家发电能力战略中的关键组成部分。 然而，据伊藤直树透露，在与越南政府官员会晤后，日本于11月决定退出，理由是工期过于紧迫。越南工贸部和"宁顺2号"项目的越 方合作伙伴越南国家油气集团均未回应置评请求。据《日经亚洲评论》6月报道，一名2月份曾访越南的日本官员表示："目前我们没 有可以提供的反应堆模型。"他向河内方面通报，项目最快也要到2036年才能启动运营，而实际情况可能更接近2040年。 路透社评论称，日本的退出正值两国关系处于微妙的敏感时期。此前，越南河内市中心禁止燃油动力摩托上路，此举直接影响到了市 场主导企业日本本田公司。日本驻越南大使馆9月向越南当局就此事致函，但尚未 ...

然而，据伊藤直树透露，在与越南政府官员会晤后，日本于11月决定退出，理由是工期过于紧迫。越南 工贸部和"宁顺2号"项目的越方合作伙伴越南国家油气集团均未回应置评请求。据《日经亚洲评论》6月 报道，一名2月份曾访越南的日本官员表示："目前我们没有可以提供的反应堆模型。"他向河内方面通 报，项目最快也要到2036年才能启动运营，而实际情况可能更接近2040年。 【环球时报特约记者 刘伟】日本驻越南大使伊藤直树于8日宣布，日本已正式放弃在越南建设大规模核 电站——"宁顺2号"项目的计划，主要原因是工期过于紧凑，这项长达十多年的日越核电合作规划由此 悄然落幕。 伊藤直树称，"日本目前没有实施'宁顺2号'核电站项目的计划。"据路透社8日报道，根据越南政府的路 线图，这项拟建核电站的设计总装机容量为2至3.2吉瓦，原计划于2035年之前投入商业运营，是越南提 升国家发电能力战略中的关键组成部分。 路透社评论称，日本的退出正值两国关系处于微妙的敏感时期。此前，越南河内市中心禁止燃油动力摩 托上路，此举直接影响到了市场主导企业日本本田公司。日本驻越南大使馆9月向越南当局就此事致 函，但尚未收到正式回复。伊藤直树表示，越南当局 ...

Group 1 - Citigroup downgraded NuScale Power's rating from "Neutral" to "Sell," setting a target price of $37.50, leading to a 12.8% drop in the company's stock price [1] - The downgrade reasons include difficulties in securing binding customer contracts, increased competition from new entrants, pressure from major shareholder Fluor's continued share reduction, and overvaluation of the company [1] - Citigroup analysts estimate that NuScale's current stock price implies expectations of approximately 16 GW of reactor construction by 2040, while the firm predicts a total installed capacity of about 56 GW in the U.S. by that time [1] Group 2 - NuScale aims to finalize a customer agreement by the end of 2025, currently working on a non-binding collaboration with the Tennessee Valley Authority and developer ENTRA1 for a potential 6 GW power purchase agreement [1] - Even if the agreement is signed, NuScale still needs to secure an original equipment manufacturer agreement to supply nuclear power plant modules, indicating uncertainty in the timeline and contract signing [1] - If the 6 GW agreement is fully realized, NuScale may need to invest approximately $500 million in multiple phases to ENTRA1, while the company had only $420 million in cash and equivalents as of Q2 2025 [1]

Summary of Key Points from the Conference Call Industry Overview - The conference call discusses the **U.S. data center power solutions** and the trend towards **800V power architecture** [1][2]. Core Insights and Arguments - **Power Demand Growth**: The peak power in the U.S. is projected to reach **800 GW** by **2024**, driven by data center construction and manufacturing reshoring. The annual peak load is expected to grow by approximately **2%**, equating to an additional **20 GW** each year [2][4]. - **Data Center Load Increase**: From **2025 to 2028**, the total additional load demand from data centers is estimated to be between **40 to 80 GW**, with a projected **67 GW** of new installed capacity by **2028** [4]. - **Energy Supply Structure Changes**: There has been a significant decline in coal power capacity (down by about **50%**), and a reduction in natural gas generation. In contrast, the share of unstable energy sources like wind and solar has increased, leading to a decrease in stable controllable power sources, which weakens grid stability [5][6]. - **Importance of Energy Storage**: Energy storage systems are deemed crucial for balancing supply and demand, capable of managing peak loads either independently or in conjunction with renewable sources [6][7]. The demand for high-quality energy storage solutions is intensifying [7]. - **NVIDIA's 800V Power Architecture**: NVIDIA emphasizes the importance of energy storage and solid-state transformers (SST) in its **800V power architecture**. This architecture is necessary due to the significant increase in power density and the need for stability in AI data centers [3][9]. Additional Important Content - **Storage System Functionality**: Energy storage systems can absorb surges during startup and release energy during low load periods, stabilizing the data center's external load profile and reducing the need for redundant transformer infrastructure [3][11]. - **Investment Recommendations**: Recommended investment targets include leading battery manufacturers and integrators such as **CATL**, **Sungrow Power**, **Hibiscus Technology**, and **EVE Energy**. Additionally, U.S. stocks like **Bloom Energy** and **Fluence Energy** are highlighted [8]. - **Challenges in Grid Connection**: The integration of energy storage can alleviate the bottleneck of grid connection approvals, which is a significant hurdle for AI factory deployments. By smoothing peak loads, data centers can present a more stable load to the grid, enhancing approval efficiency [11][12]. - **Future of Energy Supply**: The long-term solutions for meeting future energy demands include solid oxide fuel cells (SOFC), traditional gas turbines, and small modular reactors (SMR), with energy storage and gas turbines being the primary short-term solutions [6][12]. Conclusion - The U.S. data center industry is experiencing a significant transformation in power demand and supply dynamics, with a strong emphasis on energy storage solutions and advanced power architectures to ensure stability and efficiency in the face of growing energy needs.

Company News - Ningde Times reported a net profit of 18.5 billion yuan in the third quarter, representing a year-on-year increase of 41% [2][12] - Keda Xunfei announced a year-on-year profit growth of 202% in the third quarter [7] - China Mobile reported a net profit of 31.1 billion yuan in the third quarter, with a year-on-year increase of 1.4% [8] - Yandong Micro announced that the National Integrated Circuit Fund has reduced its stake in the company by 1% [7] - Wanrun Technology stated that the information regarding "online roadshow and obtaining large orders" is false [8] - Dazhu CNC reported a year-on-year profit growth of 282%, driven by strong demand for AI servers and innovative equipment sales [12] - Alloy Investment announced a staggering year-on-year profit growth of 4985% in the third quarter [12] - China Shipbuilding expects a year-on-year profit increase of 104.30% to 126.39% for the first three quarters [12] Industry News - The DeepSeek-AI team released a paper on a new method for compressing long text contexts using visual modalities, with a model parameter count of 3 billion [4] - The Ministry of Industry and Information Technology held a meeting to discuss stabilizing growth in the cement industry, emphasizing the need for leading enterprises to implement capacity replacement policies by the end of 2025 [4] - The National Grain and Material Reserve Bureau announced the implementation of a minimum purchase price for mid-late rice in Hunan Province starting October 21, 2025 [4] - Apple’s iPhone 17 series has shown the strongest growth in smartphone sales since the pandemic, with longer shipping times indicating strong demand [4] - Amazon has announced plans for a small modular nuclear reactor in Washington State to meet the energy demands of its AI and cloud services, highlighting a growing trend in nuclear energy investment driven by AI consumption [13] - Samsung is accelerating the development of HBM4, with plans to unveil the sixth generation at the Samsung Tech Show in late October, indicating significant growth in demand for HBM products [14] - Micron Technology's CEO noted an increasing imbalance in global storage chip supply and demand, particularly for HBM, which is expected to become a core growth driver in the storage sector [14]

Core Viewpoint - The article highlights the rising valuations of unprofitable energy companies, suggesting that the real over-speculation may be occurring in the energy sector rather than in technology stocks [3]. Group 1: Unprofitable Energy Companies - A group of unprofitable energy companies has seen their total valuation exceed $45 billion, based solely on the expectation that technology companies will eventually purchase their yet-to-be-built energy facilities [4]. - Oklo, a nuclear energy startup supported by OpenAI CEO Sam Altman, has seen its stock price increase approximately sevenfold this year, with a current market capitalization of around $26 billion [4]. - Fermi, another unprofitable company, had an initial valuation of about $19 billion upon its IPO earlier this month, making it one of the largest unprofitable companies by market cap at IPO [5]. Group 2: Company Details and Market Comparisons - Fermi plans to build energy facilities with a total installed capacity of 11 GW, comparable to the total capacity of Talen Energy, which already has operational assets [6]. - Despite its high valuation, Fermi has only secured natural gas equipment that meets 5% of its total capacity goal and has not signed binding contracts with any customers [6]. - Nano Nuclear Energy, a smaller company, has seen its stock price double this year, with a current valuation exceeding $2 billion [7]. Group 3: Market Trends and Predictions - Companies like NuScale Power and Plug Power, which have generated some revenue, are still not expected to achieve profitability for several years, with predictions extending to 2030 [10][11]. - The surge in interest for speculative energy companies may be driven by the high valuations of profitable energy firms, with Bloom Energy's stock price increasing over 400% this year [11]. - If the AI bubble bursts, these unprofitable energy companies are likely to be the most affected, facing significant declines and lacking buffer space [12].

Core Viewpoint - Google has selected Tennessee as the site for its first small modular nuclear reactor project, aiming to supply power to local data centers starting in 2030 [1] Group 1: Project Details - Google plans to obtain 500 megawatts of nuclear power capacity through a partnership with the Tennessee Valley Authority and Kiewit Power Company [1] - The generated electricity will be delivered to data centers in Tennessee and Alabama [1] Group 2: Strategic Significance - The CEO of the Tennessee Valley Authority emphasized that nuclear energy is a crucial foundation for future energy security [1] - This collaboration alleviates the costs and risks associated with pioneering nuclear projects and prevents the burden of technology development from being passed on to end customers [1] - The project aligns with Google's previous nuclear energy procurement agreement signed in October, aimed at meeting the rising electricity demand driven by artificial intelligence technologies [1] Group 3: Technological Aspects - The project will utilize advanced reactor technology developed by Kiewit Power Company and will integrate with the Tennessee Valley Authority's grid system [1] - This initiative represents a significant investment by a tech giant in the clean energy sector [1]

Group 1 - The core of the U.S. AI action plan is to redefine global power dynamics, positioning AI as a key strategic direction for industrial and informational transformation [1] - Data center electricity consumption in the U.S. is projected to rise from 4.4% of total electricity usage in 2023 to between 6.7% and 12% by 2028, indicating a potential doubling of power demand within five years [1] - The current U.S. power infrastructure may become a critical constraint on AI advancements due to unprecedented pressure from exponential growth in computing power [1] Group 2 - The U.S. is pursuing a three-pronged strategy to address energy challenges: delaying the retirement of key power plants, modernizing the existing transmission network, and investing in advanced technologies like small modular nuclear reactors [3] - The deep connection between the U.S. economy and AI industry is expected to create new growth opportunities while also increasing vulnerability to technological cycles [3] - The capital market is reflecting the pain of energy transition, with significant valuation increases for traditional energy giants and emerging nuclear technology firms, indicating a projected investment of over $100 billion in U.S. power infrastructure over the next five years [5]