能源是全球南方国家实现工业化和现代化的关键基础。长期以来，各国在能源发展过程中面临"安全—经济—清洁"三者难以兼顾的难题。以风能、光伏为代 表的新能源技术迅速发展，成本下降超过八成，经济性显著增强。这一变化使能源"不可能三角"逐步向"可能三角"转变，即在更多情况下可以同时保障能源 安全、降低用能成本，并推动绿色低碳发展。 全球南方国家拥有丰富的清洁能源资源，开发这些资源不仅有助于提升能源安全，还能带动投资与就业，促进经济绿色增长。各国应根据自身资源条件和发 展阶段，制定差异化的能源发展战略。低收入和小岛屿国家应优先提升能源可及性，确保供电安全和基本民生需求，同时结合分布式能源发展特色产业。具 备工业化条件的国家需保障工业用能，加快新能源开发，以传统能源作为支撑，为经济发展奠定基础。中高收入或能源条件较好的国家则应加强清洁能源技 术创新，推动能源结构优化和经济体系绿色转型。 构建稳定的能源绿色低碳发展制度是关键。各国应加快完善能源政策体系，推进市场机制和制度创新，优化绿色投融资框架，形成系统化、可持续的支持体 系。国际社会也应在经贸规则、绿色产品流通、技术合作和投资等方面提供支持，助力全球南方实现能源可持续发展 ...

纽森的原话是：特朗普的倒退，将把未来的经济活力拱手让给中国和其他拥抱可再生能源转型的国家。也就是说，特朗普不做的事情，别人会做；他把市场 让出来，中国自然接盘。于是，纽森口中的把美国未来卖给中国便成了他对特朗普政策的一种尖锐批评。 2月16日，当地时间，纽森干了一件大事——他绕过联邦政府，直接代表加州与英国签署了一份清洁能源合作协议。这下可引发了轩然大波，特朗普立刻怒 斥纽森，称他是失败者。而纽森也不甘示弱，回击更为犀利：特朗普正跪在煤炭和大石油面前，把美国的未来卖给中国。这番话显然火药味十足，问题到底 出在哪里？原来，一切源于纽森在欧洲的外交之行。2月16日，纽森在伦敦与英国能源大臣签署了合作协议，内容其实很简单：加州和英国将在海上风电和 清洁能源技术领域进行合作，纽森还表示，将为英国企业打开加州市场的大门。 看起来，这样的事情并不罕见，但在特朗普看来，这简直是越权。特朗普在接受采访时直接骂纽森是加文·纽渣渣（Newscum，这是对纽森的侮辱性绰 号），称他为失败者，并警告英国不要与他合作，甚至说，他碰过的每样东西都变成垃圾。特朗普为何如此愤怒？因为纽森的行为，实际上是在进行气候外 交，而特朗普的路线恰恰与 ...

Core Insights - The article emphasizes the alignment of provincial "14th Five-Year" plans with national carbon neutrality goals, highlighting the importance of achieving carbon peak and dual control of carbon emissions as key objectives for local governments [1][2][7] Group 1: Carbon Peak and Dual Control - The "14th Five-Year" period is identified as a critical phase for China to achieve its carbon peak, with 28 provinces mentioning "carbon peak" in their plans [2] - The national strategy includes a shift from energy consumption dual control to carbon emissions dual control, with all 30 provinces committing to implement this system [2] Group 2: Non-CO2 Greenhouse Gas Emissions - There is an increased focus on controlling non-CO2 greenhouse gas emissions, with local plans reflecting a commitment to reduce these emissions in line with national targets for 2035 [3] Group 3: New Energy System Development - The establishment of a new energy system is highlighted as a priority, with all provinces outlining plans to enhance clean and low-carbon energy sources [4] - The national plan advocates for a diversified energy supply, emphasizing the development of solar and wind energy, with 28 provinces mentioning solar energy and 26 focusing on wind energy [4] Group 4: Clean and Efficient Use of Fossil Fuels - The clean and efficient use of fossil fuels is crucial for optimizing energy structure, with various provinces outlining measures to upgrade coal power and reduce coal consumption [5][9] - Specific initiatives include promoting carbon capture technologies and transitioning coal power from a primary energy source to a supportive role [5][9] Group 5: Green and Low-Carbon Energy Consumption - Enhancing electrification across sectors is a key strategy for promoting green energy consumption, with 18 provinces advocating for increased electrification levels [6][11] - Local plans include commitments to improve energy consumption efficiency and promote renewable energy usage in high-energy-consuming industries [6][11]

Core Viewpoint - The construction of an energy powerhouse has been officially included in China's national strategic tasks, marking a new phase in energy development with higher requirements for enhancing international competitiveness and achieving sustainable economic growth [1] Group 1: Foundations and Advantages of Building an Energy Powerhouse - China leads globally in renewable energy development and technological innovation, with the largest renewable energy system, and significant contributions from clean energy technologies to economic growth [2] - The country possesses abundant renewable energy resources and a robust energy production and supply system, providing a solid foundation for a diverse, secure, and clean energy system [2] - China has the largest energy consumption market and a complete industrial chain, offering unique advantages for technological iteration and commercial innovation in the energy sector [3] Group 2: Initial Understanding of the Concept of an Energy Powerhouse - An energy powerhouse is characterized by high energy development quality, industrial promotion capability, resource security, technological innovation, and international influence, supporting national modernization with an efficient, safe, green, and sustainable energy system [4] - To achieve this goal, China must establish a leading position in renewable energy and develop competitive green energy, promoting comprehensive high-quality economic development [4] Group 3: Major Challenges in Building an Energy Powerhouse - China's energy system faces structural and security shortcomings, including high reliance on coal and external oil and gas, which affects supply autonomy and stability [5][6] - There are significant constraints in the capability system and governance level, such as insufficient independent innovation in key energy technologies and an immature energy management and market mechanism [5][6] Group 4: Key Tasks and Recommendations for Building an Energy Powerhouse - Accelerate the green and low-carbon transformation of energy by promoting large-scale development and high consumption of renewable energy, and integrating it with various sectors [7] - Strengthen the energy security guarantee system by enhancing the strategic reserve of fossil energy and improving the flexibility of the power system [7] - Focus on energy technology innovation and industrial upgrading, enhancing self-control levels and promoting the development of digital energy and smart systems [7] - Deepen energy system reforms and market construction to create a regulated and effective market environment [8] - Enhance global energy governance and international cooperation capabilities to increase influence in international energy governance [8] - Improve the statistical evaluation system for energy powerhouses to support data-driven decision-making [8]

期货研究报告|黑色专题 2026-01-30 王海涛 wanghaitao@htfc.com 从业资格号：F3057899 投资咨询号：Z0016256 邝志鹏 kuangzhipeng@htfc.com 从业资格号：F3056360 投资咨询号：Z0016171 能源消费结构深层变革，电力结构转型率先垂范 研究院 黑色建材组 研究员 余彩云 投资咨询业务资格： 证监许可【2011】1289 号 策略摘要 过去十年全球能源消费结构和电力供给结构都发生了巨大的转变，化石能源在其中的 占比不断下降，而可再生能源则迎来了高速发展期，这种翻天覆地的变革对于全球而 言，不仅带来前所未有的机遇，也带来难以估量的挑战。电力市场作为这次能源消费 结构改革的排头兵，即走在了改革的前列，也承担着改革的重任。展望未来，能源消 费结构的变革之路依旧道阻且长，然而转型的方向却始终如一，其中电力市场依旧起 到决定性作用。电力结构变革不仅仅是发电模式的转变，更需要电网系统、配套储能 和终端消费的共同协作，通过技术进步和制度优化最终完成电力市场的历史性变革， 进而推动全球能源消费结构的巨大革新。 核心观点 yucaiyun@htfc.com ...

Core Insights - The report by Ember indicates that for the first time, wind and solar power generation in the EU surpassed fossil fuels, becoming the primary source of electricity in the region [1][4] - One-third of the EU's electricity now comes from wind and solar, while fossil fuels account for only 29%, and nuclear energy contributes 20% [1][4] Group 1 - Ember's report highlights a significant transition in the EU towards a power system supported by wind and solar energy, emphasizing the urgency of moving away from fossil fuels due to global instability [4] - The EU aims to achieve a 42.5% share of renewable energy in its grid by the end of this decade, as part of efforts to reduce greenhouse gas emissions by 55% from 1990 levels by 2030 [4] - Solar power generation has seen a continuous growth of over 20% for the fourth consecutive year, with projections indicating that renewable energy will account for 48% of the EU's total electricity generation by 2025 [4] Group 2 - Natural gas generation increased by 8% compared to the previous year, primarily due to a decline in hydropower generation; however, its share as an energy source has decreased by 18% compared to the peak in 2019 [4] - Ember's analysis suggests that the EU's next priority should be to significantly reduce reliance on expensive imported natural gas, which poses risks of energy coercion and contributes to higher prices [4]

据介绍，在加快清洁可再生能源资源开发方面，云南省将统筹流域生态保护与水能资源合理有序开 发，持续推进金沙江、澜沧江国家大型水电基地建设，对具备一体化开发条件的流域，统筹推进水风光 一体化开发；稳步推进干流水电扩机和增容改造；严守生态保护红线，坚持集中式与分布式并重，科学 有序开发新能源，推动实施交能融合项目，推进干热河谷、石漠化、废弃矿区生态治理等"新能源＋"一 体化发展，有序开展老旧风电场改造升级和退役。 1月14日，据《云南省加快构建现代化产业体系推进产业强省建设行动计划》政策解读新闻发布会 消息，截至2025年底，云南省绿色电力装机超1.53亿千瓦，居全国第一。下一步，云南省将推动构建以 清洁能源为主体、传统能源协同互补的坚强韧性能源安全新体系，加快建设全国重要的清洁能源基地。 在推动化石能源产业转型发展上，云南省将推动火电向基础性和调节性电源并重转型，推进煤电机 组清洁降碳改造，提升新建机组指标水平；加快煤炭开采绿色化改造，推进煤炭分质分级利用，加大煤 矸石综合利用，推动煤矿瓦斯治理与抽采利用一体化发展；优化炼油产能结构和布局，稳步提升石化行 业绿电、绿氢使用比例，打造绿色炼厂，加大清洁油品供应；积极 ...

Group 1 - The core argument emphasizes that limiting competition and reducing supply in response to economic downturns may further weaken demand by suppressing income and expectations [1] - The discussion highlights the importance of understanding industrial advantages, demand constraints, and macroeconomic policy orientation in the context of China's economic structural transformation and changing internal and external environments [1] - The speaker, a chief economist, points out that China's manufacturing, particularly in green industries and artificial intelligence, exhibits typical characteristics of economies of scale [2] Group 2 - The speaker notes that since the Industrial Revolution, economies of scale have been a core driver of long-term economic growth, characterized as "dynamic economies of scale" that evolve with technological progress and innovation [1] - It is emphasized that merely understanding economies of scale from the supply side is insufficient; the ability to translate scale advantages into real growth depends critically on effective demand matching [1] - Historical experiences indicate that addressing economic downturns through supply-side restrictions does not fundamentally resolve issues, as it may further diminish demand [1] Group 3 - The speaker asserts that in sectors like photovoltaics and electric vehicles, larger scales lead to lower costs, with technological advancements closely linked to scale expansion, contrasting sharply with fossil fuel industries that are resource-constrained and monopolistic [2] - From a global perspective, China's rapid development in green industries provides cost-advantage solutions for global green transitions, representing a significant contribution to the global economy [2] - The speaker argues that green manufacturing cannot form cartel-like monopolies similar to the oil industry, as it belongs to a fully competitive scale economy sector [2] Group 4 - On the macroeconomic policy front, the speaker stresses the need to understand the relationship between direct and indirect financing beyond just financing structure, highlighting the role of banks as important carriers of money supply [2] - The speaker believes that current economic challenges in China are not solely financial or industrial issues but are intertwined results of financial cycles, insufficient demand, and income distribution structures [2] - Improving the social security system and increasing disposable income for low-income groups is deemed essential for both safeguarding livelihoods and stabilizing consumption to mitigate financial cycle fluctuations [2]

Group 1 - The core challenge for clean energy supporters in 2025 includes significant setbacks in U.S. clean energy policies, a "windless season" for European wind power, reduced corporate wind investments, and a strong rebound in coal power capacity [1] - Despite these challenges, there are positive developments such as record-high global battery storage installations, numerous countries achieving record solar power shares, and continued growth in electric vehicle sales in major automotive markets [1] Group 2 - China continues to lead in clean energy development, maintaining the world's largest installed capacity in nuclear, photovoltaic, wind, and biomass energy [2] - Clean electricity production in China is expected to achieve strong growth for the seventh consecutive year, with a reported 15.4% year-on-year increase in clean power generation for the first 11 months of 2025 [2] - By 2025, clean energy generation is projected to exceed 40% of the total electricity supply in China, while fossil fuel generation will reach its lowest historical share [5] Group 3 - Over the next decade, China's expansion in solar, wind, nuclear, and energy storage capacity is expected to further increase the share of clean energy in the national power generation mix [7] - China's clean technology exports have also surged, with a record-breaking export value of over $180 billion in the first ten months of 2025 [7] - Energy storage systems emerged as the top export category, generating nearly $66 billion in sales, followed by electric vehicle exports at approximately $54 billion [10] Group 4 - In contrast to China's progress, the U.S. clean energy transition faces setbacks due to the repeal of federal renewable energy support policies during Trump's second term, leading to a significant reduction in tax credits for power developers [11] - As a result, U.S. coal power production saw a 13% year-on-year increase, marking a three-year high, while carbon emissions from the power sector are expected to rise [13] - The average annual price of natural gas in the U.S. is projected to be about 50% higher in 2025 compared to 2024, leading utilities to rely more on cheaper coal to meet winter demand [16] Group 5 - Despite the increase in coal consumption, the U.S. battery storage installations also reached a record high of over 39 GW in 2025, representing a 43% increase from 2024 [17] - This rapid growth in battery storage is reshaping the dynamics of power flow in key grids, with California and Texas significantly altering their peak power supply structures [20] - Solar power systems also performed exceptionally well in 2025, with several countries achieving new highs in solar power shares, contributing to reduced electricity costs and carbon emissions [23] Group 6 - Looking ahead to 2026, more countries are expected to achieve new highs in solar power generation shares, indicating a persistent momentum in the global energy transition despite policy fluctuations in major economies like the U.S. [25]

Core Viewpoint - Japan's government has decided to stop financial support for large-scale photovoltaic projects starting from the fiscal year 2027, citing the need to protect the natural environment, ensure public safety, and maintain landscape aesthetics. This decision reflects a backward step in Japan's energy policy and highlights its ongoing struggle with climate commitments and reliance on fossil fuels [1][2]. Group 1: Energy Policy and Criticism - Japan has been criticized for its energy policies, receiving the "Fossil Award" multiple times for its lack of action on climate change, particularly for its investments in coal-fired power plants and other fossil fuel projects [2][3]. - The country’s energy transition is characterized by a significant reliance on fossil fuels, with natural gas accounting for approximately 32.9% and coal for about 28.5% of its total electricity generation in 2023, leading to a combined fossil fuel share of around 68.7% [4][5]. - Japan's international investments in fossil fuel projects, such as those funded by the Japan International Cooperation Bank, have resulted in substantial carbon emissions, further complicating its domestic decarbonization efforts [5][6]. Group 2: Renewable Energy Goals and Challenges - Japan aims to increase the share of renewable energy in its power structure to 36%-38% by 2030 and 40%-50% by 2040, but these targets are considered conservative compared to the potential for greater growth [7][8]. - The country has significant offshore wind potential, yet its plans only target a 4%-8% share of wind energy in its power structure by 2040, which many experts believe could be increased by at least 25% [7][8]. - The decision-making process for Japan's energy policies has been criticized for being dominated by fossil fuel interests, leading to a lack of ambitious climate goals and a slow transition to renewable energy [8][9]. Group 3: Economic Structure and Transition Obstacles - Japan's traditional industries, such as steel and automotive, play a crucial role in its economy and are significant carbon emitters, making the transition to cleaner energy sources challenging and requiring substantial investment [9][10]. - The government tends to favor conservative, incremental approaches to energy transition, such as promoting hybrid vehicles instead of fully electric ones, which has drawn criticism from environmental groups [10][11]. - Japan's energy strategy has been described as lacking ambition, with a focus on maintaining energy security at the expense of aggressive decarbonization efforts, which poses risks to global climate goals [11][12].