（原标题：越南成为国际能源署联系国） 国际能源署署长法提赫·比罗尔（Fatih Birol）表示，各成员国高度评价与越南日益深化的合作关 系，共同致力于建设安全、可持续、价格合理的全球能源体系。作为一个拥有逾一亿人口、在太阳能、 水电、天然气等领域潜力巨大、并具备发展核电前景的国家，越南成为国际能源署重要的联系国，有助 于其在能源全球化背景下，更加紧密地对接国际资源、政策分析及实践经验。 越南驻法国大使郑德海表示，国际能源署这一决定充分体现其对越南在推进能源转型、积极应对全 球气化等方面所作不懈努力和坚定决心的高度认可。在越南正迈入新发展阶段、坚定推进碳中和目标和 绿色能源转型的背景下，加入国际能源署具有尤为重要意义。越南坚定支持构建一个真正具有全球代表 性的能源组织，使其能够真实反映新兴能源发展趋势，在成员国与联系国之间实现利益平衡。越南已做 好准备，将主动、积极地参与全球能源对话。 越通社2月20日报道，在2月18日至19日召开的2026年国际能源署部长级会议上，越南被接纳成为该 组织联系国。 ...

位于东丽区未来科技城南区的环晟新能源（天津）有限公司3条产线在春节期间连续生产。公司相关负 责人介绍，作为TCL中环旗下高效太阳能叠瓦组件的研发与制造企业，春节期间组织部分产线连续生 产，主要是为了确保紧急交付订单按时履约，特别是针对海外地区的订单，需保障国际客户的供应链稳 定性，维护企业海外市场信誉；同时，部分国内长期合作客户的紧急订单也需优先响应，避免因假期延 误影响后续合作。"我们3条产线春节期间不停工，保留了一半产能，既能减少设备停机重启带来的损 耗，也能保障节后员工返岗后快速衔接生产节奏，避免因工序脱节导致的效率下降，确保全年生产计划 稳步推进。"他表示，"受4月1日光伏行业海关退税政策预期影响，今年一季度企业订单量明显提升，生 产节奏稳步加快，产品合格率保持在行业较高水平，客户满意度持续稳定。" 位于空港经济区的天津海河乳品有限公司巴氏奶产线春节期间一直正常生产。大年初四，供应全国市场 的花色奶产线也全部复工，除了部分行政人员还在休假，生产部门员工全部上岗，日产500吨牛奶的生 产线全速运转，常温奶、酸奶、冰淇淋等100余种乳制品源源不断被打包运往全国各地。公司党委书 记、董事长邹旸告诉记者，产线 ...

Cubans fight blackouts with solar as US extends oil chokehold | ReutersSkip to main content[Exclusive news, data and analytics for financial market professionalsLearn more aboutRefinitiv]Item 1 of 2 Workers install a solar panel on the rooftop of a private business as Cubans grapple with an ongoing energy crisis exacerbated by fuel shortages, Havana, Cuba February 18, 2026. REUTERS/Norlys Perez[1/2]Workers install a solar panel on the rooftop of a private business as Cubans grapple with an ongoing energy cr ...

专利摘要显示，本发明涉及太阳电池技术领域，具体公开了一种低温焊料栅线硅异质结太阳电池及其制 备方法。该太阳电池在硅异质结太阳电池表面与低温焊料栅线之间含有合金薄膜过渡层；所述的合金薄 膜过渡层，其成份按质量百分比计为含铜和/或镍95‑100%、锡0‑5%；所述的合金薄膜过渡层，以离子 溅射沉积方法生长，该过渡层厚度为20‑100nm；所述的低温焊料为低熔点合金焊料；所述的低熔点合 金，其成份按质量百分比计为含锡40‑99%、铅0‑40%、铜0‑1%。应用本发明，无需在焊料中引入稀贵金 属铟，可在保持丝网印刷栅线制备工艺优势条件下，实现一种SHJ太阳电池的无银制造。 国家知识产权局信息显示，南昌大学;江西彩虹光伏有限公司申请一项名为"一种低温焊料栅线硅异质结 太阳电池及其制备方法"的专利，公开号CN121531846A，申请日期为2026年1月。 ...

Core Insights - The article emphasizes China's leading position in the global renewable energy revolution, suggesting that countries hesitant to collaborate with China will fall behind [1][4]. Group 1: China's Renewable Energy Dominance - China has established a significant advantage in renewable energy and technology, making collaboration with China a necessity for other nations [1][4]. - According to the International Energy Agency, one in every seven solar panels globally is produced by a single Chinese factory, highlighting China's dominance in solar energy [1][4]. - China accounts for over 80% of the global solar supply chain and produces more than 70% of electric vehicles, with its clean technology exports reaching nearly every country [4][5]. Group 2: Cost Reduction and Market Impact - The cost of solar components has decreased by approximately 90% since 2010, while lithium-ion battery prices have dropped by 80% to 90%, making renewable technologies more affordable [5][6]. - China's solar power generation capacity has surged from 0.1 GW in 2010 to over 1063 GW today, showcasing rapid growth in large-scale solar installations [5][6]. Group 3: Global Energy Transition - China's clean energy development is seen as a crucial factor in reducing global carbon emissions, with exports of Chinese products contributing to billions of tons of emissions reduction [4][6]. - The construction of extensive renewable energy infrastructure in regions like Gansu and Xinjiang demonstrates China's unmatched scale in green energy development [6][7]. Group 4: Ecological Benefits - Large-scale solar installations in Inner Mongolia are contributing to ecological restoration, helping to combat desertification and improve soil conditions [7].

太阳能，将全面主导未来电力体系。 说这话的人，不是别人，正是 埃隆·马斯克。 而且他不是随口喊口号，是已经开始逆周期扩产、亲自下场造光伏。 但真正值得我们警惕、也值得我们清醒认识的是： 如果你最近留意能源新闻，会发现一个很有意思的变化。 全世界最"信科技、信未来"的那个人，开始反复强调一句话： 当马斯克开始All in太阳能的时候，这个赛道的胜负，其实已经写完了大半。 一、马斯克为什么突然"押注太阳能"？ 很多人以为，这是环保情怀。 不对。 这是被现实逼出来的选择。 马斯克最近反复提到一个词—— 电力瓶颈。 不是算力不够，不是芯片不行，而是： 没有电，AI就是一堆废铁。 无论是特斯拉、xAI，还是 SpaceX， 它们的共同痛点只有一个： 电不够、电太贵、电网来得太慢。 美国的电网老化、审批冗长、输电效率低，这些都不是新问题。 问题在于——AI的用电需求，是指数级的。 于是，马斯克得出了一个极其现实的结论： 与其等美国电网升级，不如自己发电。 二、为什么偏偏是太阳能，而不是核电、火电？ 很多人会问： 既然缺电，为什么不大搞核电？ 核电：周期太长，审批太慢 火电：政治不正确，成本不可控 水电：资源受限 1. 部 ...

Core Viewpoint - Solar energy is projected to dominate future electricity production systems, with significant growth in photovoltaic (PV) installations expected in the U.S. by 2026-2027, adding 70GW of capacity [1] Group 1: Solar Energy Market Potential - The solar market's development potential is severely underestimated, especially with the rising demand for electricity driven by artificial intelligence (AI) [3] - The best way to power AI data centers is through ground solar, energy storage batteries, and space solar energy [3] - Tesla and SpaceX aim to achieve 100GW of solar manufacturing capacity each within the next three years, positioning Tesla as the largest solar manufacturer in the U.S. [3] Group 2: Manufacturing and Investment - Tesla is actively evaluating locations in the U.S. for solar cell manufacturing, including expanding its Buffalo, New York facility and considering sites in Arizona and Idaho [3] - Morgan Stanley estimates that achieving full supply chain integration for solar energy will require capital expenditures between $30 billion and $70 billion, with the source of this funding currently unclear [3] Group 3: Space Solar Energy Vision - SpaceX plans to launch solar AI satellites in the coming years, with the potential to deliver 100GW of space solar energy annually by sending 1 million tons of payload into orbit [4] - The long-term goal is to achieve a target of 1 terawatt of solar energy production per year [4]

Core Viewpoint - The article highlights the significant contributions of Li Yang, an associate professor at Shihezi University, in the field of perovskite solar cells, focusing on his innovative approaches to enhance stability and scalability for commercial applications [1][4]. Group 1: Research and Development - Li Yang has developed a dual strategy of "dynamic passivation + chemical anchoring" to address the stability issues of perovskite solar cells, achieving an efficiency of 21.26% and significantly improving thermal and environmental stability [4]. - The research conducted by Li Yang's team has led to the successful preparation of high-quality perovskite films in air, addressing the challenges posed by the arid climate of Xinjiang [4]. - The laboratory led by Li Yang has become a key research hub for renewable energy in Xinjiang, undertaking multiple projects including international cooperation initiatives and local technology development projects [4][5]. Group 2: Collaboration and Impact - Li Yang actively collaborates with companies such as Xinjiang Tianye Group and China New Energy Group to solve practical production challenges, earning recognition as an "Outstanding Science and Technology Specialist" in Shihezi City [5]. - He has been involved in international academic exchanges, visiting countries like Turkmenistan, UAE, Thailand, Singapore, and Japan to promote the research achievements of Shihezi University on the global stage [5]. - Li Yang's efforts in fostering international cooperation have led to strategic agreements with institutions like the National University of Malaysia, enhancing collaborative research opportunities [5]. Group 3: Education and Mentorship - As a mentor, Li Yang emphasizes the importance of both professional knowledge and the cultivation of students' research skills and national sentiment, guiding them in practical laboratory work and theoretical understanding [6]. - Under his mentorship, students have achieved notable success in competitions and conferences, including winning awards for best papers and multiple publications in SCI journals [6].

Group 1 - The article highlights the rapid development of China's clean energy sector, contrasting it with the lagging status of the U.S. in low-carbon technologies such as solar energy and electric vehicles [2] - China has a vast solar power station scale and is continuously expanding its ultra-high voltage transmission lines, while exporting high-cost performance solar panels and electric vehicles to countries like South Africa and Brazil, significantly impacting local economic development [2] - In emerging fields like nuclear fusion, autonomous driving, and rare earths, China maintains a fast-paced development rhythm [2] Group 2 - The article compares the policy and development paths of China and the U.S., noting that China has long-term stable support for clean technology development, with its rare earth industry established over sixty years ago, laying the foundation for advanced manufacturing [3] - In contrast, U.S. energy policy is characterized by fluctuations, with current trends showing a tightening of support for renewable energy and increased backing for fossil fuels [3] - China's electric vehicle exports reached $70 billion last year, with products sold to over 150 countries and regions, indicating a strong global market presence [3]

来源：环球 近日，在英国广播公司（BBC）《全球新闻》播客节目中，英国广播公司气候主编贾斯丁·罗拉特分享 了他对中国清洁能源的看法。 贾斯丁·罗拉特认为， 中国清洁能源技术发展是一个重大变革的开端，世界正因此改变能源使用方式。 同时，中国也希望开拓新的产业领域，这对新生事物来说是一个很好的机会。清洁技术等新兴行业正好 契合这一方向。中国在高效制造方面拥有惊人的专长，并将其应用到清洁技术的生产实践中，取得了令 人难以置信的成果。 观点速览 中国在约20年前，就意识到气候变化会带来严重后果，例如水资源不稳定、缺水以及对农业的影响等。 为了减少气候变化的冲击，必须采取应对措施。 所以我可以毫无保留地说，太阳能电池板的成本、电池的成本以及电动汽车的成本下降得非常快，远远 快于任何人的预测。这是中国巨额投资带来的结果。 中国不仅看到了自身的市场机会，也看到了在气候变化背景下，其他国家同样需要共同应对这一挑战。 亚洲、非洲、南美洲以及世界各国都在购买这些技术，改变它们发电和使用能源的方式。 这确实是一个重大变革的开端，世界正因此改变能源使用方式。 来源｜总台环球资讯 ...