进入2026年，热管理技术已不再局限于传统的"散热"，它成为了制约算力突破、能源效率与产品可靠性的核心命脉。随着AI大规模算力集群、智能汽车、半 导体、深空/低空飞行器等前沿领域的跨越式发展，行业对热管理方案的精准度与能效比提出了近乎苛刻的要求。基于此， " 洞见热管理2026 " 系列活动 将以" 上海+深圳 " 双展联动模式 ，搭建起贯穿产、学、研、用的全产业链对接平台，旨在汇聚全球智慧，攻克温控难题，定义新一代热力平衡标准。 01 6月10日 上海站：未来产业之基！聚焦液冷板、芯片与功率器件热管理 2026未来产业新材料博览会 （FINE2026） 将于 6月10-12日 在上海新国际博览中心隆重举行。上海站规模宏大展出面积达 50,000平方米（N1-N5） ， 300+场 战略与前沿科技报告， 预计吸引超过10万+名专业观众。 同期 N2馆 特设 "2026热管理液冷板产业展"与"AI芯片及功率器件热管理展区" ，聚焦高热流密度场景下的工程难题。（ 可点击下方图片超链接查看详细介绍 ） | FINE 2026 × Ind iTher M | 中国未来产业崛起引领全球新材料创新发展 | | | | - ...

2026年2月，美国犹他州的荒漠里发生了一件大事。一家叫Fervo Energy的公司，正式把地底深处的电力 输送进了电网。这可不是咱们常见的风力大风车，也不是铺满山坡的光伏板，而是从地下几千米硬生 生"榨"出来的地热电。更绝的是，这电不仅24小时不断供，还号称自带"充电宝"功能。谷歌和比尔·盖 茨早就砸了数亿美元在后面排队等着。这让人不禁犯嘀咕：这到底是资本为了炒作搞出来的新花样，还 是真能把咱们熟悉的风电光伏给彻底淘汰了？ EGS是全新发明吗？ 咱们先别被"下一代地热"这个高大上的名字给唬住了。说穿了，这技术压根就不是什么从0到1的全新发 明，而是把石油行业玩剩下的东西，换了个地方接着用。 以前咱们聊地热，那是得看老天爷脸色的。你得运气好，在地下浅层（大概2到4公里）刚好碰到滚烫的 石头，还得刚好有裂缝，最关键的是还得有水流过产生蒸汽。这三个条件缺一个，地热发电就搞不成。 但美国这次搞的"增强型地热系统"（EGS），路子非常野。既然老天爷不给裂缝和水，那咱们就自己 造！ 这套玩法的核心，其实就是美国页岩油气革命的那套看家本领——水平钻井加上水力压裂。Fervo公司 在犹他州的试验场就是这么干的：先垂直向下 ...

【文/观察者网 王一】"如果一个国家还在犹豫要不要与中国合作，他将越来越被甩进尘埃里。"亚洲协 会政策研究所中国气候中心主任李硕的这句话，道出了当下全球能源版图正在发生的深刻变化。 当地时间2月18日，英国广播公司（BBC）发长文称，在美国国内政治摇摆、欧洲仍在争论产业政策之 际，中国已悄然站上全球可再生能源革命的最前沿。多名专家指出，中国在这一领域的领先优势"如此 显著且体系化"，以至于问题已不再是"要不要与中国合作"，而是"如何与中国合作"。 在他们看来，中国在可再生能源和技术领域遥遥领先，其他国家可能需要几十年才能赶上。 这一判断并不夸张。根据国际能源署的数据，如今全球每7块太阳能电池板中，就有一块来自中国的单 一工厂。多年来，中国新增太阳能装机容量超过全球其他国家的总和，风电领域亦是如此。 2026年1月5日，宁夏一处"沙戈荒"清洁能源发电站，风机和光伏板交相辉映。 IC Photo BBC回顾到，2010年，中国的太阳能发电量还落后于德国、西班牙、美国、日本、意大利和韩国等六 国。当时，中国仅有少数大型光伏电站，总装机容量约0.1吉瓦，大致可供10万户家庭用电。 但此后，中国迅速推进建设。到2018 ...

羊城晚报讯 记者马思泳报道：2026年广州白鹅潭春节烟花汇演迎来30周年！17日（大年初一）20时，广州白鹅潭春节烟花汇演如约而至，在三江汇聚之处 的白鹅潭江面举行。本次烟花汇演以"福马迎新春 湾区启新程"为主题，超15万发烟花腾空升起，骏马飞跃夜空，庆贺丙午新春的到来。 烟花汇演深度融合岭南传统文化与现代科技之力，以"烟花+灯光秀+幕墙光影+无人机"4种形式呈现。继续采用碳中和环保焰火产品，新增75种新品类烟 花，色彩搭配更加丰富多元，高、中、低空烟花总数量超过15万发。 20时，悬浮于空中的2026架无人机点亮夜空，正式拉开汇演序幕。无人机编队首先演绎了岭南神兽"鳌鱼"。随后，"2026新春好"的温暖祝福浮现。一朵巨大 的木棉花凌空盛放，"广州欢迎您"5个大字在如意祥云的簇拥中展现，向世界发出广州的诚挚邀请。紧随其后，"红包雨"倾洒而下；光影流转之间，一对醒 狮跃然天际。篇章尾声，市民熟悉的"大湾鸡"——十五运会和残特奥会吉祥物"喜洋洋""乐融融"闪亮登场，以童趣的方式"点燃"爆竹。 第三篇章"粤创未来 同心筑梦"聚焦大湾区创新动能，通过一组充满未来感的造型，演绎大湾区科创图景："科技蓝瀑布"瞬间垂下丝绦 ...

Core Viewpoint - Sony has established the world's first complete supply chain for manufacturing renewable plastics specifically for high-performance electronic products, in collaboration with 13 leading chemical and materials companies [2][3]. Group 1: Supply Chain Overview - The project, led by Sony and Mitsubishi Corporation, coordinates all aspects to ensure traceability of renewable attributes, covering the entire chain from raw materials to final products [3]. - The supply chain includes the production of renewable naphtha from waste cooking oil by Neste in Finland, which is then used to create various bio-based monomers and resins [3]. - Among the 14 companies involved, three are from China, including Qingdao Haier New Materials, which produces PC/ABS alloy materials [3]. Group 2: Technological Innovations - Sony's Hanamizuki bio-based television project is a significant initiative within this supply chain, achieving a breakthrough by using 100% bio-based and PCR materials for the entire plastic components of the device [3]. - The supply chain employs the Mass Balance Approach, allowing for the production of renewable plastics that match the quality and performance of virgin fossil-based plastics [5]. - The renewable plastics produced can meet the stringent requirements for flame retardancy and optical clarity necessary for high-performance applications [5]. Group 3: Environmental Impact - Using Neste's bio-based naphtha can reduce greenhouse gas emissions by approximately 85% compared to fossil-based products, supporting Sony's goal of achieving carbon neutrality across its value chain by 2040 [5]. - The supply chain enables companies to track and record greenhouse gas emissions data throughout the entire process, facilitating future carbon reduction efforts [5]. Group 4: Market Challenges - The price of bio-based naphtha is significantly higher than that of fossil-based alternatives, with a reported price of $1,875 per ton compared to a $605 per ton for fossil-based naphtha, which poses a challenge for widespread adoption [7]. - The supply chain alliance aims to stabilize costs through scale effects and technological advancements, addressing the high costs associated with bio-based chemicals [7]. Group 5: Industry Events - The 11th Bio-based Conference and Exhibition will feature discussions on industry trends, technological innovations, and the development of bio-based materials, highlighting the growing consumer demand for sustainable and environmentally friendly products [8].

BB M N N H H H S H H S H 美国不愿承认的一件事: 网 网上娱乐真道 中国已经领先一个时代 。 。 。 l the last to the 11 11 头条 @狼窝一哥 在达沃斯论坛上，唐纳德·特朗普轻描淡写地说了一句话，大意是—— 中国并没有真正的风力发电场，只是生产风机卖给别人，中国自己主要靠化石能源和核能。 这句话，在西方听众中并没有引起太多质疑， 但如果你真的了解中国能源结构，只能说一句： 这不是立场问题，而是认知失真。 特朗普不是在"抹黑中国"， 而是根本没看懂中国在能源这盘棋里，下到哪一步了。 一、中国不是"有没有风电"，而是"风电已经成了国家能源底盘" 很多人对风电的理解，还停留在"几座风车""形象工程"的阶段。 但真实的中国，是另一幅画面： 换句话说一句很直白的话： 地球上每转两个风机，就有一个在中国。 而且这不是"静态领先"， 而是滚雪球式扩张。 仅2024年一年，中国新增风电装机76吉瓦， 这个数字，超过了绝大多数国家几十年的总量。 分散项目； 地方政策驱动； 市场化推进； 特朗普的问题在于： 他还在用20年前的能源想象，理解今天的中国。 到2025年底，中国风电累计 ...

Core Insights - The article discusses China's significant investment in the Tibet region, particularly focusing on the construction of the Yarlung Tsangpo River hydropower project, which is expected to generate substantial clean energy and transform the region's economic landscape [1][3]. Group 1: Investment and Infrastructure - The total investment for the Yarlung Tsangpo hydropower project is estimated at 1.2 trillion yuan, which translates to approximately 170 billion USD, equating to about 850 yuan per person for China's 1.4 billion population [1][3]. - The project involves constructing a series of hydropower stations with a total installed capacity of 70-80 million kilowatts, expected to generate around 300 billion kilowatt-hours of electricity annually, equivalent to the output of three Three Gorges projects [3][5]. Group 2: Resource Potential - Tibet possesses the highest technical potential for hydropower resources in China, with over 370 rivers having a hydropower capacity exceeding 10,000 kilowatts, and the Yarlung Tsangpo River's hydropower density being three times that of the Yangtze River [7][9]. - Tibet also has the richest solar energy resources in China, with annual sunshine exceeding 3,000 hours, and the highest geothermal energy potential, exemplified by the Yangbajing geothermal field [9][11]. Group 3: Energy Transmission - Since 2011, four major "power highways" have been constructed to transmit electricity from Tibet to other regions, with the upcoming ±800 kV ultra-high voltage direct current project expected to facilitate the transfer of nearly 40 billion kilowatt-hours of clean energy annually to central China [17][20]. - Future plans include the construction of over ten ultra-high voltage transmission lines by the middle of this century, aiming to export more than 500 billion kilowatt-hours of electricity annually, significantly increasing the current export capacity [21][27]. Group 4: Economic Transformation - The development of low-cost hydropower in Tibet is expected to attract high-energy industries, such as aluminum processing and data centers, to the region, creating a complete industrial chain from raw materials to end products [24][26]. - The National Energy Administration has designated Tibet as a "clean energy transmission base," aligning with China's goals for carbon neutrality and sustainable energy development [27][28].

Core Viewpoint - The Songyuan Petrochemical Industrial Circular Economy Park is advancing its development strategy focused on green energy and zero-carbon initiatives, aiming to establish itself as a national-level zero-carbon park and a benchmark for high-quality development in the regional energy and chemical industry [1][8]. Group 1: Development Strategy - During the "14th Five-Year Plan" period, Songyuan City will implement the "1145" development strategy, positioning itself as a "National Comprehensive Demonstration Zone for Green Energy" and promoting the construction of a national-level zero-carbon park [1]. - The park aims to achieve a modern industrial system centered on green chemicals, new materials, and new energy, focusing on the integration of "green electricity + green hydrogen + green chemicals" and "green metallurgy + equipment manufacturing" [1][8]. Group 2: Zero-Carbon Achievements - Since 2021, the park has received seven significant qualifications, including being the first green electricity demonstration zone in Northeast China and a low electricity price demonstration zone [3]. - The park's renewable energy capacity includes one-third of the province's wind and solar power, with a total installed capacity exceeding 10 million kilowatts within a 100-kilometer radius [3]. - Currently, 14 industrial enterprises have settled in the zero-carbon park, with a total industrial output value of 1.816 billion yuan and a carbon emission total of 99,000 tons [3][4]. Group 3: Green Electricity Supply - To address the challenges of power generation and consumption, the park has established a new energy consumption system that allows green electricity to be directly supplied to chemical production facilities [4]. - The park has implemented a long-term power purchase agreement model between chemical enterprises and renewable energy producers, significantly reducing intermediary costs and ensuring stable green electricity supply [4]. Group 4: Green Hydrogen Integration - The park is focusing on the full chain of green hydrogen production, storage, transportation, and utilization, with the "Qing Hydrogen No. 1" project producing 45,000 tons of green hydrogen annually, which is about 20% of China's current green hydrogen production [7]. - The park aims to produce 420,000 tons of green hydrogen and 760,000 tons of green ammonia annually once all related projects are operational, contributing to significant reductions in carbon emissions [7]. Group 5: Future Goals - By 2030, the park aims to achieve near-zero carbon emissions and ensure that clean energy consumption accounts for over 95% of total energy use [8]. - The park's zero-carbon initiatives are positioned as a core engine for the green transformation of Songyuan's economy and a model for energy revolution and industrial upgrading in Jilin Province [8].

"AI的终点是能源，能源的终点是聚变。" 当ChatGPT、Sora以及各种万亿参数的大模型将人类推向通用人工 智能（AGI）的新纪元时，一个冷峻的现实摆在所有人面前：算力的尽头是电力。 英伟达创始人黄仁勋与 OpenAI首席执行官奥特曼曾多次公开表达对未来能源供应的焦虑。 当能源成为制约智能时代的"硬天花板"，中国却在这场决定未来的终极能源竞赛中，以前所未有的战略前 瞻，将聚变能源确立为国家顶层设计的核心方向。2025年年底，"十五五"建议全文正式发布，核聚变能首次 被正式写入国家五年规划，并与量子科技、脑机接口一同被列为国家战略性未来产业。这标志着核聚变已 从"科学实验阶段"正式跨入"国家产业布局阶段"。 一场关乎人类文明终极能源的"奥林匹克竞赛"，正在中国大地上全产业链加速爆发。 一、范式跃迁：核聚变何以成为"万亿赛道"之首？ 核聚变能成为全球瞩目的"万亿赛道"之首，源于一场由能源潜力、技术突破、AI需求与资本涌入共同驱动的 深刻范式跃迁。这四大支柱正合力将核聚变从"永远需要50年"的远景，加速推至产业爆发的前夜。 1.能源潜力：物理层面的降维打击 从能源属性本身看，核聚变几乎完美契合人类对终极能源的全 ...

香港交易及結算所有限公司及香港聯合交易所有限公司對本公告之內容概不負責，對其準確性或完整 性亦不發表任何聲明，並明確表示，概不對因本公告全部或任何部分內容而產生或因依賴該等內容而 引致之任何損失承擔任何責任。 (股份代號: 1372) （於開曼群島註冊成立之有限公司） 補充公告 1. 須予披露交易：財務資助； 2. 終止框架協議及綠山協議；及 3. 加強治理及完善合規措施 茲提述中國碳中和發展集團有限公司（「本公司」，連同其附屬公司稱為「本集團」）日 期為二零二三年五月十一日和二零二三年九月十一日的公告（「該等公告」）。該等公告 所界定詞彙與本公告所用者具有相同涵義。 經與本公司審核委員評審後，並經計及綠山協議項下安排的內容後，董事會認為與啟迪科 技城框架協議的實施可能涉及未來的資本支出例如增加物業、設備和機械。儘管如此，綠 山協議卻是完全屬於收入性質其為就提供工程勘察和設計而立。透過其提供待執行工程所 需的諮詢為實施規劃奠定基礎。 終止框架協議及綠山協議 董事會謹此通知本公司股東及潛在投資者，經前期勘察、設計提出的方案由於涉及建築物 屋頂結構承重、朝向、美學及環境保護等各種條件的限制，並在勘察設計期間方案未 ...