中化新网讯 近日，聚仁新材与万华化学战略合作协议签约仪式在烟台举行。本次签订的战略合作协 议，明确了双方在聚己内酯等方面的供需合作宗旨、品质标准、交付时效及履约保障机制，为双方合作 规划了更清晰的路径。 本次合作内容聚焦聚己内酯核心原料供应主线，涵盖优质原料研发适配、规模化稳定供应、品质全程管 控、供应链协同优化等关键领域。万华化学视聚仁新材为战略供应商，现有工厂与新规划工厂（全球） 对聚己内酯的需求优先选择从聚仁新材采购；聚仁新材视万华化学为战略用户，对于万华化学的需求予 以最优先保障。双方将充分发挥各自核心优势，实现产业链上下游原料供应与生产需求的高效衔接，共 同应对原料市场波动、品质管控等挑战，筑牢双方在各自领域的核心竞争力。 聚仁新材董事长王函宇表示，聚仁深耕己内酯行业多年，在原料品质把控、规模化供应、定制化适配等 方面具备核心优势。此次与万华化学持续携手，旨在通过精准对接需求、优化供应体系，为万华化学提 供稳定、优质的原料支撑，同时依托万华化学的市场布局实现自身业务的稳步拓展，实现供需双赢、协 同发展。 签约仪式上，万华化学采购事业部总经理刘明忠表示，目前聚仁新材已成为万华化学原料聚己内酯的核 心供 ...

中化新网讯 日前，浙江传化合成材料股份有限公司通过技术转化，使应用于高端鞋材领域的浅色耐黄 变橡胶实现产业化量产，并完成首批市场交付。 该橡胶材料抗黄变性能良好，耐黄变等级稳定达到4级或以上，确保在长期穿着和日光照射后不变色、 不老化；材料具备高透明度，能满足高端鞋品的透明需求；材料更加绿色，总氟含量优于行业常见标 准，并已通过国际ZDHC（有害化学物质零排放）联盟认证。 据悉，这类高性能橡胶材料之前主要由少数国际企业主导，是制约国内鞋企产品升级和供应链稳定的因 素之一。此次量产打破了该领域长期由国外企业主导的格局。 ...

中化新网讯 近日，在河北省衡水市举办的冀州石墨烯新材料产业园开园盛典暨产业发展座谈会上，中 国化学工程东华工程科技股份有限公司所属安徽新材公司与园区及当地企业签署合作协议，公司气相合 成法石墨烯将在京津冀区域实现新的业务拓展。 作为入选《中央企业科技成果应用拓展工程首批清单》的工程，气相合成法石墨烯生产工程致力于打通 气相合成法石墨烯产业链从科技成果到市场应用的全链条。该工程已衍生出重防腐涂料、高导电铝材等 一系列下游产品，并逐步构建科技成果产业化新模式。 ...

有关负责人表示，未来宁德时代将持续技术创新，肩负起行业领军者的责任，持续引领AI从"赋 能"到"创造"，携手全球伙伴共同塑造一个更智能、更绿色、更富韧性的可持续发展未来。 MINDS奖项由世界经济论坛旗下人工智能卓越中心设立，从战略、人才、数据、技术及治理五个核心 维度在全球范围内严格遴选能够以负责任方式推动AI转型的标杆组织，是全球范围内衡量组织智能化 转型领导力的重要标尺。 中化新网讯 1月19日，在瑞士达沃斯举行的世界经济论坛第56届年会上，宁德时代凭借"增强智能重塑 下一代锂电池设计"项目（简称"智能电芯设计"），获"AI驱动产业转型全球标杆"MINDS奖项。 获奖项目由宁德时代首席制造官与工程研发体系联席总裁倪军教授及晋文静博士团队牵头。通过深度学 习超10万个电池案例、600TB测试数据及海量新能源车后市场数据，宁德时代构建的智能电芯设计平 台，可根据用户自定义性能指标，在数秒内生成设计建议、数分钟交付虚拟电芯，性能预测准确率达 95%，设计人效较传统设计提升30%，实现了从"依赖实验试错"向"数据驱动正向设计"的研发范式跨 越。 ...

Group 1 - The core viewpoint of the article emphasizes the transition of the renewable energy industry during the "14th Five-Year Plan" from installation-driven growth to a new phase that balances quality and efficiency, requiring technological innovation, institutional improvement, and industrial collaboration to address development challenges and promote the integration of carbon neutrality goals with economic and social development [1] - During the "14th Five-Year Plan," China will implement a dual control system for carbon emissions focusing on intensity control, with total volume control as a supplementary measure, and long-term projections suggest that carbon prices in China may exceed 1,000 yuan per ton [1] - By 2030, the total installed power capacity in China is expected to reach 5.6 billion kilowatts, with wind and solar power installations projected to reach 3 billion kilowatts and energy storage capacity expected to exceed 550 million kilowatts [1] Group 2 - The deputy general manager of Haide Hydrogen Energy Technology Co., Hu Junming, indicated that after the initial wave of green hydrogen investment, the industry logic has shifted towards actual demand and commercialization, necessitating further cost reduction through technological innovation and economies of scale [2] - Haide Hydrogen Energy's project in Inner Mongolia, which is the largest green methanol project globally, has achieved a green hydrogen cost target of $2 per kilogram and will focus on green fuels for shipping and aviation in the short term, while promoting industrial decarbonization demonstrations in the medium term and exploring seasonal energy storage applications in the long term [2] - The director of the Sino-British (Guangdong) CCUS Center, Fu Xiaodong, highlighted that sustainable fuels face challenges such as high costs and the need for key technology improvements, but also present new opportunities under mandatory constraints, market standards led by new demands, and the restructuring of the entire industry chain [2]

截至目前，黄草峡储气库在本轮采气期已累计采气达3.5亿立方米，按每户家庭日均用气量1方计算，可 满足1000万户家庭整月的生活用能需求，相当于替代标煤41万吨，减少二氧化碳排放36万吨，既保障了 民生温暖，也为绿色低碳环保贡献力量。 中化新网讯 1月20日，"四九"寒潮来袭，全国迎来入冬后最强降温雨雪天气，天然气用能需求持续攀 升。保供关键期，中国石油西南油气田公司重庆气矿黄草峡储气库发挥调峰能力，单日采气量已突破千 万立方米，为川渝能源供应和民生保暖构筑起坚实的屏障。 作为国家天然气产供储销体系建设重点工程，黄草峡储气库自2024年底正式投入运营以来，已成为川渝 地区冬季调峰保供的关键力量。本轮寒潮中，面对严峻保供形势，重庆气矿迅速启动应急调峰机制，11 口注采井交替发力，于1月19日实现日采气量突破1000万立方米，创下投运以来极端天气保供新纪录。 随着寒潮持续影响，黄草峡储气库将继续保持高负荷采气状态，有望挑战日产气量1500万立方米的最大 调峰能力值。作为川渝地区能源保供的"压舱石"，这座地下储气库正以实际行动践行民生优先理念，彰 显国家储气设施在极端天气下的应急保障硬实力。 ...

中化新网讯 近日，星云股份自主研发的Battery AI大模型通过交通运输部验收，成为国内唯一获得交通 部认证并推广的电池检测人工智能平台。 此次通过认证的Battery AI大模型，实现了电池检测模式的升级。该模型可在用户充电过程中，通过智 能终端实时获取电池系统毫秒级的温度、电压、容量衰减、绝缘阻值等多维数据，通过AI动态分析与 匹配，精准评价电池健康状况、性能衰减趋势及潜在安全风险。与传统检测方式相比，原本需要数小时 的检测过程可缩短至十分钟，评估误差小于2.5%，真正实现了电池检测的"常态化、智能化、高精度"。 从市场空间看，电池检测赛道正处于高速成长期。仅以国内4000万辆新能源乘用车为例，按年检单次 100元计算，当前市场空间已达40亿元；未来若新能源车占比提升至50%，对应2亿辆的检测市场规模将 突破200亿元。此外，电动两轮车及三轮车保有量约4.8亿辆，储能、电动船舶、机器人等新兴领域亦存 在刚性检测需求，整体市场规模有望迈向百亿级。 据悉，当前，动力电池安全性已成为全球新能源产业发展的核心关切。随着全球新能源汽车保有量快速 增加、电池寿命逐步老化，安全检测需求日益凸显。在国际层面，欧盟《新电 ...

中国国际经济交流中心能源与绿色低碳发展研究部部长景春梅表示，"十五五"期间，氢能规模化发展势 不可挡，将迈入"从小规模示范试点走向大规模产业化应用的关键过渡期"。当前国内氢能产业呈现"四 不"的现象——氢源不绿、成本不菲、储运不畅、环境不稳。上述问题，需要产业合力应对。 中化新网讯日前，"2025(第三届)氢能嘉年华暨中国氢能100人论坛年会"在苏州正式召开。专家提 出，"十五五"期间，我国氢能产业将迈入从小规模示范试点走向大规模产业化应用的关键过渡期，未来 需聚焦"规模化、商业化、绿色化"目标，培育万亿级市场。 中国氢能100人论坛秘书长、世纪新能源网创始人、总编张松提到，我国"十五五"规划建议明确将氢能 列为前瞻布局的未来产业，意味着氢能产业将从示范探索迈向规模化商业化发展的黄金期。未来，要聚 焦"规模化、商业化、绿色化"目标，重点抓好技术、成本、应用、品牌四大方向，培育万亿级市 场。"氢能产业的发展绝非单打独斗的征程，而是需要政企研用协同发力的共同事业，是一场技术、经 济的马拉松，更是能源转型的不可缺失的重要组成。"张松说。 "当前，发展氢能需要探讨几个核心问题：为什么要推广氢？要把氢推至什么方向？怎么 ...

Core Viewpoint - Longi Green Energy has signed a cooperation agreement with Solarpro to jointly build the largest BC photovoltaic power station in Europe, located in Heves, Hungary, with a total installed capacity of 450 megawatts [1] Group 1: Project Details - The project will utilize Longi's Hi-MO 9 BC modules, which are based on HPBC 2.0 technology, ensuring high efficiency in harsh environmental conditions such as high temperatures and low light [1] - The expected annual electricity generation of the power station is 470 gigawatt-hours, sufficient to meet the annual electricity needs of approximately 106,000 households [1] - The project is projected to reduce greenhouse gas emissions by about 415,000 tons annually, equivalent to the carbon emissions reduction of over 100,000 fuel-powered vehicles [1] Group 2: Strategic Importance - Solarpro's CEO, Krasen Mateev, emphasized that this 450 megawatt solar power station will set a new benchmark for utility-scale solar projects in Europe, highlighting the importance of Longi's advanced BC technology for maximizing performance and reliability [1] - Longi Green Energy's Europe President, Zhang Sheng, stated that the Hi-MO 9 modules will contribute significantly to Hungary's energy transition, aligning with both companies' commitment to innovation and sustainable development [1]

Core Viewpoint - China is accelerating its investment in controlled nuclear fusion, recognized as the "ultimate energy," with significant participation from traditional energy companies like New Hope Group, which has invested over 4 billion yuan in this field [1][2]. Group 1: Investment and Market Dynamics - The global commercial fusion industry has attracted $9.7 billion in investment by July 2025, a 414% increase compared to the same period in 2021, outpacing traditional and new energy sectors [2]. - New Hope Group has shifted its strategic focus to controlled nuclear fusion since 2017 after exploring various renewable energy sources [2][3]. Group 2: Technological Challenges and Pathways - The majority of commercial fusion companies (72%) are pursuing the deuterium-tritium path, while private enterprises like New Hope Group are exploring alternative technologies such as hydrogen-boron and deuterium-helium-3 [5]. - Hydrogen-boron fusion is seen as a pragmatic choice due to its safety, environmental benefits, and lower costs compared to deuterium-tritium fusion, despite its higher technical challenges [5][6]. Group 3: Future Energy Supply and Economic Potential - Future energy supply must increase by an order of magnitude to meet the exponential growth in energy demand driven by AI and industrial upgrades, with current global data center electricity consumption projected to rise from 415 terawatt-hours to approximately 945 terawatt-hours by 2030 [3]. - The theoretical cost of electricity from hydrogen-boron fusion could drop below 0.1 yuan per kilowatt-hour, making energy as accessible as air and water, which would enable various previously constrained developments [6][8]. Group 4: Milestones and Future Goals - New Hope Group's "Xuanlong-50" fusion experiment achieved significant milestones, including the world's first megampere-level hydrogen-boron fusion discharge, with plans to achieve hydrogen-boron fusion reaction by 2026 and commercial fusion power generation by 2030 [6][8]. - The global nuclear fusion market is projected to reach $496.55 billion by 2030, potentially leading to a trillion-dollar industry cluster by 2050 [8].