国金证券认为，氢能行业尚处商业化初期，主要受政策推动，重点布局国内外共振、需求确定性强、弹 性大的方向，建议把握窗口期布局。1）绿醇：全球需求共振，行业迎爆发和发展确定性。绿色甲醇以 绿色航运为突破，国内外需求共振。欧盟碳税和IMO政策推动航运向绿色化转向，大趋势明晰；2）制 氢设备：政策驱动+经济性可见度高+应用场景跑通，设备作为"卖铲人"，远期空间最大。绿电直连+设 备降本，绿氢经济性逐步显现。3）燃料电池车：发展路径已明晰，行业触底将迎反转。现阶段已经扫 除了发展担忧，燃料电池车基础设施、系统降价、应用场景均明晰。上游制氢端开始大规模供应，加氢 站数量提升，产业链配套实现逐步到位；4）固体氧化物燃料电池：海外AI数据中心带动，需求迎来新 场景突破。AI数据中心电力需求旺盛，SOFC凭借安装周期短、扩产时间快、发电效率高等优势适用于 主电源。 记者从四川省经济和信息化厅获悉，四川坚定不移推动氢能产业发展，在2024年4月省政府主要领导召 开研究进一步推动绿氢全产业链发展及推广应用工作会议后，四川省推进氢能产业发展持续取得进展成 效。一是政策制度进一步完善；二是大力实施产业"建圈强链"；三是加强关键核心技术 ...

中信证券认为，"十五五"时期，在政策推动下，氢能有望逐步迈入产业化阶段。绿氢及氢基绿色燃料的 市场规模有望逐步扩大、工业领域减碳或衍生出绿氢新的应用场景将带动绿氢产业链和电解槽设备需求 的增长，同时提前布局氢基绿色能源项目的投资方也有望受益产业发展前期的产品溢价。我们建议关注 两条主线，其中重点推荐主业有安全边际，氢能业务具备成长潜力的公司：1)绿氢电解槽设备环节的企 业；2)布局绿色燃料相关项目的企业。 近期四场高规格会议和发声为未来一年我国绿色发展目标定调，我国将坚持"双碳"引领，推动全面绿色 转型，在重点行业深入推进节能降碳改造，扩大绿电应用，培育氢能、绿色燃料等新增长点。 ...

继黄金、白银相继走出强势上涨行情后，贵金属涨势"接力棒"传递至铂金。 12月16日，国内铂金期货主力合约开盘延续冲高态势，继昨日（12月15日）盘中触及上市以来首次涨 停、单日大涨7%后，广期所铂金期货最高触及432元/克。 国际市场上，NYMEX铂金期货价格突破1862美元/盎司。截至目前，铂金年内价格累计涨幅已达 105%，远超同期黄金63%的涨幅。 供需失衡叠加宏观宽松预期下，铂金成贵金属市场"新晋领涨者"，上涨逻辑备受关注。 世界铂金投资协会亚太区总经理邓伟斌对第一财经记者称，与黄金相比，以铂金、白银为代表的"白色 贵金属"具备避险属性的同时，与工业需求及全球能源转型深度绑定，其价格逻辑已部分脱离传统贵金 属框架，形成一定的绿色溢价。 三轮跳涨，铂金价格年内翻倍 今年以来，NYMEX铂金期货价格累计上涨105%，是继白银后又一贵金属实现翻倍上涨。 交易人士称，这轮铂金价格的涨势受到多重因素的共同驱动，包括现货供应持续收紧、新能源产业政策 导向、地缘局势变化。 从价格走势看，11月以来，NYMEX铂金期货价格已累计上涨超15%。拉长周期看，国际铂金价格在6月 和9月经历大幅上涨，涨幅分别达到28%、17 ...

2025.12. 16 本文字数：2000，阅读时长大约4分钟 作者 | 第一财经 齐琦 继黄金、白银相继走出强势上涨行情后，贵金属涨势"接力棒"传递至铂金。 12月16日，国内铂金期货主力合约开盘延续冲高态势，继昨日（12月15日）盘中触及上市以来首次 涨停、单日大涨7%后，广期所铂金期货最高触及432元/克。 国际市场上，NYMEX铂金期货价格突破1862美元/盎司。截至目前，铂金年内价格累计涨幅已达 105%，远超同期黄金63%的涨幅。 供需失衡叠加宏观宽松预期下，铂金成贵金属市场"新晋领涨者"，上涨逻辑备受关注。 世界铂金投资协会亚太区总经理邓伟斌对第一财经记者称，与黄金相比，以铂金、白银为代表的"白 色贵金属"具备避险属性的同时，与工业需求及全球能源转型深度绑定，其价格逻辑已部分脱离传统 贵金属框架，形成一定的绿色溢价。 三轮跳涨，铂金价格年内翻倍 今年以来，NYMEX铂金期货价格累计上涨105%，是继白银后又一贵金属实现翻倍上涨。 交易人士称，这轮铂金价格的涨势受到多重因素的共同驱动，包括现货供应持续收紧、新能源产业政 策导向、地缘局势变化。 从价格走势看，11月以来，NYMEX铂金期货价格已累计 ...

铂金期货年内涨幅超过100%，是短期行情还是长期价值重估？ 继黄金、白银相继走出强势上涨行情后，贵金属涨势"接力棒"传递至铂金。 12月16日，国内铂金期货主力合约开盘延续冲高态势，继昨日（12月15日）盘中触及上市以来首次涨 停、单日大涨7%后，广期所铂金期货最高触及432元/克。 国际市场上，NYMEX铂金期货价格突破1862美元/盎司。截至目前，铂金年内价格累计涨幅已达 105%，远超同期黄金63%的涨幅。 供需失衡叠加宏观宽松预期下，铂金成贵金属市场"新晋领涨者"，上涨逻辑备受关注。 世界铂金投资协会亚太区总经理邓伟斌对第一财经记者称，与黄金相比，以铂金、白银为代表的"白色 贵金属"具备避险属性的同时，与工业需求及全球能源转型深度绑定，其价格逻辑已部分脱离传统贵金 属框架，形成一定的绿色溢价。 卓创资讯分析师黄加奇认为，这轮铂金大涨并非一蹴而就，而是始于下半年并经历了三个阶段。 "第一阶段（5-7月），铂金供应危机初显。受南非极端天气、矿体老化及电力短缺等因素影响，全球铂 金一季度矿产供应量同比大幅下滑13%，至34吨的阶段性低点，可交割货源紧张推升价格；到了8月下 旬～10月中旬，受到美联储开启降息 ...

本报记者 李万晨曦 12月13日，在"2025-2026中国经济年会"上，中央财办分管日常工作的副主任、中央农办主任韩文秀表示，明年是从能耗双 控全面转向碳排放双控的第一年，要积极稳妥推进碳达峰，深入推进重点行业节能降碳改造，加强全国碳排放权交易市场建 设，培育氢能、绿色燃料等新的增长点，建设一批零碳园区、零碳工厂。 国际智能运载科技协会秘书长、黄河科技学院客座教授张翔在接受《证券日报》记者采访时表示，在能源需求攀升的背景 下，氢能是保障能源安全、推进绿碳转型的关键路径，正在迎来政策与技术双重利好，当前产业已从试点探索迈入有序破局新 阶段，产业链A股上市公司正凭借技术积累与战略布局，加速抢占发展先机。 双轮驱动产业发展 地方层面，今年以来，北京、河北、黑龙江等地均发布相关政策，支持氢能产业发展。例如，北京11月26日发布的《中共 北京市委关于制定北京市国民经济和社会发展第十五个五年规划的建议》提到，"积极发展氢能等清洁能源，扩大绿电进京规 模，提高终端用能电气化和能源消费绿色化低碳化水平"。 12月4日，国家能源局发布公告，公布能源领域氢能试点（第一批）名单，共包含9个区域试点与41个项目试点，覆盖规模 化制 ...

Core Insights - The Beijing Hydrogen Innovation Center has announced the development of a hydrogen-electric integrated chassis for heavy-duty trucks, achieving a hydrogen consumption of 7.1 kg per 100 km under flat terrain conditions for its 2.0 version [1][2] - The next iteration, version 3.0, aims to reduce hydrogen consumption to 6.5 kg per 100 km while increasing the vehicle's range from over 600 km to over 1000 km and reducing the vehicle weight from 10 tons to 9 tons [1][2] Group 1 - The Beijing Hydrogen Innovation Center is located in the Daxing International Hydrogen Energy Demonstration Zone, covering approximately 8,500 square meters, and aims to create a hub for hydrogen energy innovation by integrating leading enterprises, universities, and industry alliances [2][3] - The center has achieved significant milestones in the transportation sector, which is seen as the most viable for hydrogen energy industrialization, with successful tests conducted on routes such as Wuhan-Yichang and Qingdao-Tianjin [2][3] - The center has developed a high-pressure, high-flow hydrogen refueling system, allowing for refueling times of under 15 minutes, which is a significant advancement in hydrogen fuel cell vehicle technology [2][3] Group 2 - The recent achievements signify a systematic layout in vehicle development, system integration, and green hydrogen supply, reinforcing Beijing's leading position in the hydrogen energy transportation innovation chain [3] - The event included the signing of cooperation agreements with the National Hydrogen Fuel Cell Vehicle Quality Inspection and Testing Center and the establishment of innovation alliances for integrated hydrogen solutions [3] - The successful hosting of the conference demonstrates the center's commitment to building a comprehensive development ecosystem that includes technological breakthroughs, result transformation, scenario demonstration, and industry aggregation [3]

Core Insights - The report from CITIC Securities suggests that during the "14th Five-Year Plan" period, hydrogen energy is expected to gradually enter the industrialization stage driven by policy support [1] - The deep integration of green hydrogen with computing power, as well as with wind and solar energy, may bring new growth points to the industry [1] - Fuel Cell Electric Vehicles (FCEVs) are anticipated to accelerate growth under the planning of hydrogen energy high-speed transport corridors, expanding the market size for green fuels [1] - The industrial sector's decarbonization may generate new application scenarios for green hydrogen, driving demand for the green hydrogen supply chain and electrolyzer equipment [1] - Currently, domestic hydrogen energy companies face significant profitability pressures, but profitability growth is expected once industrialization is achieved during the "14th Five-Year Plan" period [1] - From a long-term perspective, it is recommended to focus on three main lines, particularly companies with safety margins in their core business and growth potential in hydrogen energy [1]

Core Insights - The report from CITIC Securities suggests that during the "14th Five-Year Plan" period, hydrogen energy is expected to gradually enter the industrialization stage driven by policy support [1] - The deep integration of green hydrogen with computing power, as well as with wind and solar energy, may bring new growth points to the industry [1] - Fuel Cell Electric Vehicles (FCEVs) are anticipated to accelerate growth under the planning of hydrogen energy high-speed transport corridors, expanding the market size for green fuels [1] - The industrial sector's decarbonization may generate new application scenarios for green hydrogen, driving demand for the green hydrogen supply chain and electrolyzer equipment [1] - Currently, domestic hydrogen energy companies face significant profitability pressures, but profitability growth is expected after the industry achieves industrialization during the "14th Five-Year Plan" period [1] - From a long-term perspective, it is recommended to focus on three main lines, particularly companies with safety margins in their core business and growth potential in hydrogen energy [1]

Core Viewpoint - The report from CITIC Securities suggests that during the "14th Five-Year Plan" period, hydrogen energy is expected to gradually enter the industrialization stage driven by policy support [1] Industry Summary - The integration of green hydrogen with computing power, as well as with wind and solar energy, is anticipated to create new growth points for the industry [1] - The market scale for green fuels is expected to expand, and new application scenarios for green hydrogen may emerge in the industrial sector as decarbonization efforts increase [1] - The demand for the green hydrogen industry chain and electrolyzer equipment is projected to grow [1] Company Summary - Currently, domestic hydrogen energy companies are facing significant profitability pressures [1] - However, after achieving industrialization during the "14th Five-Year Plan" period, profitability growth is expected [1] - Long-term investment focus is recommended on three main lines, particularly on companies with safety margins in their core business and growth potential in hydrogen energy [1]