全社会用电量中，每3度电就有1度绿电；风电光伏装机历史性超过火电，新能源发电增量占全国新增发电量近一半；全国统一电力市场加快构 建，塞北的风点亮湾区的灯……"十四五"期间，我国能源建设逐"绿"向"新"，筑牢能源安全的坚实底座，绘就民生幸福的温暖底色，夯实"双 碳"目标的实现基础。 让我们通过这组海报，一同感受"绿动中国、能保万家"的澎湃力量，见证大国高质量发展的"能源加速度"。 "十四五"前四年能源消费增量已达到"十三五" 五年增量的1.5倍 凯华社 安用 南方法 極睡起強弱最大发展最快的可用值能欲尽 ● 能源生产总量折合约50亿吨标准煤，占比超全球1/5 ● 建成全球最大的电动汽车充电网络，每5辆车就有2个充电桩 凯华版 2 2 2 12 12 23 =" 彰显科技创新闻 次安 TE FE · 可再生能源发电装机占比由40%提升至60%左右 · 全国能源消费中,非化石能源占比每年增加1个百分点 · 全社会用电量中,每3度电就有1度绿电 · "十四五"期间累计为其他国家减少碳排放约41亿吨 新能源等技术装备领跑全球,新能源专利数占全球4成以上 · 截至今年上半年,我国新型储能装机规模约9500万千瓦 · 多个 ...

随着第九届未来投资倡议峰会（FII9）在沙特利雅得圆满收官，全球清洁能源合作迎来又一重要进展 ——中国新能源装备领域的头部企业明阳智能与沙特国际电力和水务公司（ACWA Power）正式达成战 略合作框架协议。双方将围绕"本地化制造、综合能源协同、联合项目开发"三大支柱，共同打造中沙绿 色能源合作的示范性工程，为沙特"2030愿景"的加速实现及全球碳中和进程注入新动能。 合作亦将突破单向输出模式，迈向双向投资新格局。ACWA Power拟与明阳智能在中国境内联合开发风 电及其他新能源项目，并开展相关领域股权投资，促进两国在技术标准、资本流动与市场机制上的深度 对接，构筑开放、互信、共赢的全球绿色能源生态。 ACWA Power董事长穆罕默德·阿布奈扬指出，与明阳智能的战略结盟，将极大提速清洁能源技术在中东 和中亚的本地化应用步伐，巩固公司在全球可再生能源领域的先锋地位，并为区域经济绿色转型提供坚 实保障。 明阳集团创始人、董事长张传卫强调，这一合作标志着中国新能源高端装备与系统解决方案"走出去"迈 入新阶段，也是中沙两国在能源转型背景下深化战略互信的重要成果。明阳智能将持续以技术创新为引 擎，输出具有全球竞争 ...

Core Viewpoint - The hydrogen energy industry in China is transitioning from a demonstration phase to a critical period of large-scale development, expected to become a strategic emerging industry alongside photovoltaics and new energy vehicles during the 14th Five-Year Plan [4]. Industry Development - Over 65 countries and regions globally have established hydrogen energy strategies, recognizing it as a new productive force [4]. - By 2024, global electrolysis hydrogen production capacity is projected to reach 2 GW, with China accounting for approximately 65% of this capacity and about 60% of global electrolyzer manufacturing capacity [4]. Policy Framework - The "China Hydrogen Energy Industry Development Medium and Long-Term Plan (2022)" positions hydrogen as a crucial component of the future energy system, with regulations aligning hydrogen energy with LNG standards effective from January 1, 2025 [4][5]. - Local governments in China issued 556 hydrogen-related regulations in 2024, reflecting a shift from strategic planning to implementation [5]. Production Capacity - By the end of 2024, China's hydrogen production capacity is expected to exceed 50 million tons per year, with fossil fuel-based hydrogen still dominating supply [6]. - Coal-based hydrogen production capacity is approximately 28 million tons per year, while natural gas and industrial by-product hydrogen each account for about 20% of the supply [6]. Project Development - More than 600 renewable energy electrolysis hydrogen projects are planned across the country, with built capacity of about 12,500 tons per year, primarily in North and Northwest China [7]. Storage and Transportation - Technologies for high-pressure hydrogen storage, liquid hydrogen storage, pipeline transportation, and offshore transportation have matured, with significant projects like the "West Hydrogen East Send" pipeline advancing [8]. Application Scenarios - Hydrogen is penetrating various sectors, including transportation, industry, and energy storage, with a focus on commercial exploration through coordinated deployment of vehicles, hydrogen stations, and hydrogen sources [8]. - The industrial sector is a major consumer of hydrogen and is evolving from gray hydrogen to green hydrogen applications, aligning with carbon reduction goals [8]. Future Prospects - Hydrogen energy is recognized as one of the six future industries in China's 14th Five-Year Plan, alongside quantum technology and nuclear fusion energy, indicating its potential as a new growth point [9][10]. - The global hydrogen industry is increasingly characterized by cooperation, with Chinese companies moving from equipment export to project investment and joint development, aiming for comprehensive participation in the global hydrogen landscape [10].

（原标题：阿尔及利亚与德国深化能源合作） 《El Watan》网站11月16日报道，阿尔及利亚与德国正全力推进能源领域战略合作，阿方高级代表 团已赴柏林与德国经济与能源部国务秘书弗兰克?韦策尔（Frank Wetzel）举行会晤。该代表团由阿尔及 利亚国家石油天然气公司（Sonatrach）、国家电力燃气公司（Sonelgaz）及相关部门联合组成，双方核 心聚焦氢能、可再生能源及低碳技术三大方向展开深入磋商。此次会面重点围绕两大关键项目推进 —— 阿尔及利亚 — 欧洲绿色氢能联盟（ALTEH2A）与南部氢气走廊（SoutH2 Corridor），为双边能源 合作落地筑牢基础。 为深化阿尔及利亚与德国的能源伙伴关系，两国在会谈中明确，将通过推进氢能、清洁能源及创新 技术相关具体项目，进一步强化双边合作。双方重点围绕四大方向展开深入探讨：低碳排放技术的落地 应用、绿色氢能的生产与运输体系搭建、氢能商业化发展路径规划，以及对阿尔及利亚"2035年建成 15000兆瓦光伏发电能力"国家计划的支持举措。 双方计划将合作领域进一步延伸至技术培训、能力建设及知识转移，为阿尔及利亚能源转型与可持 续发展注入持久动力。阿方在会 ...

Group 1 - The core viewpoint of the news is the implementation of the "National Carbon Peak Pilot (Chengdu) Implementation Plan," which outlines eight key tasks to effectively promote the city's carbon peak pilot construction [1] Group 2 - The plan emphasizes the development and utilization of clean energy, including support for photovoltaic, hydrogen, and biomass energy applications, with a target of exceeding 1.5 million kilowatts of renewable energy installed capacity by 2030 [1] - The plan aims to optimize and adjust the industrial structure by exploring the construction of low-carbon and zero-carbon parks, focusing on energy structure transformation and resource-saving measures [1] - The advanced energy industry scale is expected to reach 200 billion yuan by 2027, with a focus on lithium batteries, new energy vehicles, and green hydrogen [1] Group 3 - The city plans to improve the resource utilization rates of urban solid waste, aiming for an 87% resource utilization rate for municipal waste and over 96% for general industrial solid waste by 2030 [2] - The plan includes a focus on green low-carbon technology innovation in fields such as hydrogen energy and new power systems, utilizing competitive approaches to accelerate breakthroughs in advanced technologies [2]

Core Viewpoint - The article emphasizes the importance of transitioning to a resilient zero-carbon energy system, highlighting that solar power alone is insufficient for achieving this goal. The integration of solar, storage, and hydrogen technologies is essential for creating a sustainable energy ecosystem [1][3][4]. Group 1: Solar Energy Development - The cost of solar power has decreased by over 90% in the past decade, making it the most economical energy source in many regions, thus laying a solid foundation for energy transition [1]. - The global renewable energy sector is growing rapidly, with a projected annual growth rate of 3%, and solar and wind power leading this transformation [4]. Group 2: Energy Transition Challenges - The article outlines a "triple dilemma" facing the global energy system: ensuring energy security while balancing equity and environmental sustainability [3][4]. - Despite 70% of the global energy system committing to carbon neutrality, innovative solutions are needed to address these challenges [3]. Group 3: Technological Integration - The vision of "Renewable Infinity" is based on the deep integration of solar, storage, and hydrogen technologies, creating a self-renewing and interconnected energy ecosystem [3][4][5]. - The demand for energy storage is expected to grow exponentially, with global storage capacity projected to reach 1,100 GWh by 2030, which is crucial for maintaining grid stability [5]. Group 4: Guiding Principles for Energy Ecosystem - The company proposes six guiding principles for achieving the vision of "Unlimited Renewables," including innovation, system integration, and ensuring that clean energy is accessible to all [6]. - The commitment to lead the transition to a new energy era emphasizes the importance of a circular energy system that prioritizes sustainability and equity [6].

Core Insights - The 30th UN Climate Change Conference (COP30) in Belem, Brazil, focuses on climate financing, emissions reduction, adaptation capacity, and climate resilience, marking a critical moment for global climate action [1] - Despite increasing global net-zero commitments, significant gaps remain in funding, transition speed, and the implementation of technology and policies [1][3] - The conference coincides with the 10th anniversary of the Paris Agreement, highlighting the disparity between corporate commitments to net-zero targets and their actual implementation [3] Group 1: Challenges in Achieving Net-Zero Goals - Many companies have set net-zero targets for 2040 or 2050 but lack clear mid-term roadmaps and actionable emission reduction strategies, leading to insufficient execution [3][5] - The mismatch between technology, business models, and policies results in companies being in experimental or early stages regarding decarbonization technologies and low-carbon business models [3][5] - Complex value chains and unclear responsibility boundaries complicate emission reduction efforts, particularly for multinational companies with layered supply chains [3][5] Group 2: Pathways to Achievable Net-Zero Strategies - Companies need to establish systematic execution mechanisms that cover governance, investment, technology, and supply chains to transition from commitment to implementation [5] - Key actions include strengthening governance systems, setting mid-term goals, and integrating decarbonization into operational and capital decisions [5] - Developing technology and investment roadmaps, identifying key emission reduction levers, and extending reduction requirements to supply chains are essential steps [5] Group 3: The Rise of Natural Capital - Increasing global regulatory and investor focus on natural capital has led many multinational companies to incorporate "Taskforce on Nature-related Financial Disclosures" (TNFD) into their sustainability reporting [6] - Over 700 institutions managing approximately $22 trillion in assets have expressed alignment with or intention to adopt TNFD, indicating its growing importance in mainstream disclosure frameworks [6] - TNFD helps companies identify potential risks related to ecological degradation and water resource scarcity while supporting opportunities in ecological restoration and resource efficiency [6] Group 4: Innovation as a Necessity - Innovation is deemed essential for global climate action, encompassing technological, business model, and policy innovations [8][9] - Key technological innovations include renewable energy, hydrogen, carbon capture, utilization and storage (CCUS), smart grids, and digital carbon management [9] - Artificial intelligence (AI) is increasingly recognized as a critical driver for climate action, aiding in carbon emission calculations, energy efficiency optimization, and supply chain carbon tracking [10] Group 5: AI and Green Energy Transition - AI applications in carbon emission measurement and energy management can enhance emission identification and energy consumption efficiency [10] - However, the rapid increase in AI's energy consumption poses a risk of new carbon emissions if the growth of computational power outpaces clean energy supply [10] - Companies are urged to develop "green computing" strategies to align AI development with energy transition efforts [10]

Core Insights - The article emphasizes the importance of transitioning to a resilient zero-carbon energy system, highlighting that relying solely on clean electricity is insufficient for achieving this goal [1][2][3] Group 1: Renewable Energy Transition - The cost of photovoltaic (PV) power generation has decreased by over 90% in the past decade, making it the most economical power source in most regions [1] - The global energy system is facing a "triple dilemma" of ensuring energy security while balancing energy equity and environmental sustainability [2] - Clean energy is projected to become the largest energy source globally by the mid-2030s under net-zero scenarios, with renewable energy growing at an annual rate of 3% [3] Group 2: Technological Foundations - The vision for a sustainable energy future relies on three technological pillars: PV, energy storage, and hydrogen [4] - Energy storage systems are crucial for providing 24/7 renewable energy supply, with global storage capacity expected to reach 1,100 GWh by 2030 [4] - Green hydrogen is seen as a key solution for deep decarbonization in sectors that are hard to electrify, such as industry and heavy transport [4] Group 3: Strategic Principles - The company proposes six guiding principles for achieving the vision of "Renewable Infinity," including innovation, system integration, and open collaboration [5] - The commitment is to lead the transition to a new energy era that emphasizes sustainability and shared benefits for all [5]

图为中国与阿联酋共建的迪拜马克图姆太阳能公园四期光热光伏综合发电项目槽式集热器（无人机照 片）。 新华社发 近日，位于英国伦敦的独立智库"亚洲之家"援引国际货币基金组织（IMF）数据指出，2024年，6个海 湾国家阿联酋、沙特阿拉伯、卡塔尔、科威特、阿曼和巴林对华贸易额达2570亿美元，超过6国与美 国、英国和欧元区国家合计2560亿美元的贸易总额。报告预计，到2028年，海湾国家与中国的贸易总额 将增至3750亿美元。 亮眼的数据背后，是古丝绸之路两端文明跨越千年的又一次"双向奔赴"。近年来，中国和海湾阿拉伯国 家合作委员会（海合会）成员国的合作热度不断上升，合作领域持续拓宽，合作成果不断涌现。本报对 话复旦大学中东研究中心主任孙德刚、西北大学中东研究所副教授王晋，解读中国与海合会国家如何跨 越山海，书写丝路友谊新篇章。 ▶▶▶成果丰硕 今年5月，中方宣布对沙特、阿曼、科威特、巴林4个海湾阿拉伯国家试行单方面免签政策，加上2018年 全面互免签证的阿联酋和卡塔尔，中国已实现对海合会国家免签"全覆盖"，为加快人员往来与多领域交 流合作提供更多便利。 【解读】 孙德刚：中国与海合会国家的合作已成为中阿合作的典范 ...

Core Insights - Hydrogen energy and nuclear fusion are identified as future industries in the "14th Five-Year Plan," expected to become new economic growth points and accelerate the transition from laboratory to industrial application, contributing to the "dual carbon" goals [1] Hydrogen Energy - Hydrogen energy is produced through the chemical reaction of hydrogen and oxygen, utilizing primary energy sources like wind, solar, coal, and natural gas, making it a secondary clean energy source [2] - The hydrogen industry is emerging, with hydrogen fuel cell vehicles offering longer ranges and faster refueling; hydrogen is also being used in steelmaking to replace coke, significantly reducing carbon emissions [2] - By the end of 2024, national hydrogen production capacity is expected to exceed 50 million tons per year, with a year-on-year growth of approximately 1.6%; over 600 renewable energy electrolysis hydrogen production projects are planned nationwide [2] - The development of the hydrogen industry is crucial for accelerating the construction of a new energy system and achieving carbon peak and carbon neutrality goals [2] Nuclear Fusion Energy - Nuclear fusion is likened to the ultimate energy dream, where hydrogen atoms fuse into helium under extreme temperatures and pressures, releasing vast amounts of energy [3] - The raw materials for nuclear fusion are abundant, derived from isotopes of hydrogen found in seawater, and it is considered a clean and safe energy source [3] - For instance, the energy produced from 1 liter of seawater's deuterium is equivalent to that from 300 liters of gasoline [3] - Significant advancements in nuclear fusion research have been reported in China, including breakthroughs in temperature and duration of high-quality burning, bringing the "artificial sun" closer to reality [3] - The technology of fusion energy is transitioning from scientific research to engineering practice and commercial application [3]