在北京聚智合众科技有限公司智能工厂，"车轮中空"的无辐式氢能摩托车样品格外亮眼。这款创新产品 2025年海外订单激增，部分市场订单量翻倍，成为企业拓展全球市场的"硬核名片"。 "订单激增，产能必须跟上！"公司总裁方刚底气十足，"多亏税惠红利带来充足资金流动性，我们在四 川达州的智能工厂2025年顺利投产，稳稳跟上海外订单增长势头。" 除了税费减免，精准服务更添助力。浙江通力传动科技股份有限公司财务负责人陈旭明说："税务部门 为公司定制的研发费用归集手册，让我们'敢投''会投'。"目前公司设立博士后工作站，链接高校平台， 推动科研成果从实验室走向生产线。 从"真金白银"减税到"贴心护航"服务，税惠政策为科技企业注入创新动能。方刚坦言："税惠给力、服 务贴心，我们搞研发的劲头更足了，这就是最真切的获得感。" "希望2026年增值税、关税政策继续优化，对氢能两轮车等创新产品出口实行关税简易征收，助力我们 技术迭代、开拓市场。"方刚充满期待。 这份期待正被稳稳接住。国家税务总局相关司局负责人表示，将持续落实科技创新税费优惠，为企业数 字化转型注入税动力，聚焦制造业高端化、智能化、绿色化发展，以税惠春风护航科技企业逐光 ...

黄海潮涌，串场河蜿蜒。 "十四五"的五年，是时间的标尺，更是发展的刻度。对于盐城最年轻的板块——盐南高新区而言，这五 年是城市骨架舒展、产业筋骨强健、创新血脉偾张、民生温度充盈的非凡历程。 从城市天际线的不断刷新，到创新能量的澎湃涌动，再到发展成果的普惠共享，盐南以"绿色会客厅、 现代数字谷、创新活力城"为笔，以实干担当为墨，在102平方公里的热土上，绘就了一幅生机勃勃、近 悦远来的高质量发展新画卷。 点燃"创新之核" 挺起产业"硬脊梁" 发展之基，在于创新。盐南高新区将科技创新置于全局核心，推动经济在"稳"的基础上持续向"好"、 向"新"迈进。2024年，地区生产总值达292.99亿元，综合实力稳居苏中苏北省级高新区前列。国家级产 城融合示范区、国家绿色能源示范区等21项科创品牌，成为这片热土最闪亮的勋章。 创新浪潮，首先涌动于产业的转型升级。盐南坚定实施产业强区战略，推动发展模式从以服务经济为 主，向先进制造业与现代服务业"双轮驱动"转变，全力培育大数据、可再生能源、机器人、新型显示 等"新质生产力"。 走进长三角（盐城）数字视听产业基地，虚拟制片、AI训练场景随处可见，一站式AI服务平台助力企 业降本增 ...

12月17-18日，由DT新能源主办，向上氢能协办的 2025（第三届）氢储运关键技术发展论坛 在苏州隆重召开。 本届大会重点 围绕高压储氢技术、低温液氢技术、材料（有机液态、固态）储氢技术、管道运输技术、车辆运输技术等核心话题，分享近20场精彩报告， 汇聚了国内外代表性企业、科研院所、终端用户等相关领域超150位产业界代表、专业学者参与。深入探讨氢储运环节关键技术的最新进展与趋势，加速氢 能产业关键环节打通，为双碳目标下的能源结构转变贡献力量。 | 主办单位 | DT 新能源 | | | | | | --- | --- | --- | --- | --- | --- | | 协办单位 | 向上氢能 | | | | | | 支持单位 | 安徽省氢安全国际联合研究中心 | | | | | | 鸣谢单位 | 尚宁智感(北京)科技有限公司 | | | | | | | | 尚宁智感 Smar Stek | | | | | 承办单位 | 宁波德泰中研信息科技有限公司 | | | | | | 支持媒体 | | | | | | | | DT新材料 | 液态阳光 | Carbontech | 周末清治 於廣北興 | 新闻网 ...

Core Insights - Hydrogen energy is recognized as an important clean energy source, with significant advancements in technology, diverse applications, and decreasing costs in China's hydrogen energy industry [1] Group 1: Industry Development - By the end of 2024, China will have 27,000 hydrogen fuel cell vehicles in operation, accounting for over 28% of the global total; 540 hydrogen refueling stations have been built, representing about 40% of the global total [2] - The cost of hydrogen production and consumption in China is expected to decrease by 15.6% and 13.7% respectively in 2024, indicating an approaching economic turning point for the hydrogen industry [5] Group 2: Technological Innovation - The South China region has established a complete industrial ecosystem with over 160 high-quality enterprises in the hydrogen energy sector, focusing on key materials, core components, and system integration [6] - The price of hydrogen fuel cell systems produced in the South China region has dropped from approximately 15,000 yuan/kW to 2,000 yuan/kW, showcasing the impact of technological advancements [5] Group 3: Application Scenarios - Hydrogen energy applications are diversifying, with projects like the hydrogen-powered inspection robots and hydrogen energy emergency power vehicles being developed for various scenarios [4] - The introduction of hydrogen-based products, such as hydrogen water machines and hydrogen fertilizers, is enhancing everyday life and agricultural practices [4] Group 4: Government Support - The government is promoting the high-quality development of the hydrogen industry through reforms in market access, regulatory mechanisms, and standard construction [3] - Initiatives include subsidies for hydrogen fuel cell vehicle tolls and integrating hydrogen transport vehicles into "green channels" [3] Group 5: Future Directions - The focus for future hydrogen industry development includes systematic breakthroughs in key technologies such as electrolysis, fuel cells, and green hydrogen storage and transportation [7] - There is an emphasis on increasing the utilization of green hydrogen across various industries, including power generation and petrochemicals [7]

Core Insights - The 2025 Energy Transition Conference opened in Changping District, focusing on energy digitalization technology innovation and showcasing hard technology achievements from 15 companies [1][2] - The conference highlighted the integration of energy sectors with digital and artificial intelligence technologies, emphasizing advancements in renewable energy and automation [2] Group 1: Event Overview - The conference took place in the "Energy Valley" of the Future Science City, featuring both indoor and outdoor exhibitions [1] - Key exhibits included hydrogen-powered products such as a hydrogen energy dog, two-wheeled vehicles, and charging equipment, as well as a power inspection drone developed by State Grid Electric Power Space Technology Co., Ltd [1] Group 2: Technological Innovations - A notable exhibit was a vehicle-mounted model of an automated nitrogen foam cementing equipment, which enhances well integrity and reduces material costs, saving an average of 14 days per well in leakage-prone areas [2] - The geothermal energy showcased in the indoor area is highlighted for its ability to provide stable base load power, a significant advantage over other renewable energy sources [1] Group 3: Industry Collaboration - The conference also featured significant achievements in the integration of energy and digital technologies, showcasing innovations from state-owned enterprises [2] - Notable displays included offshore wind turbine units and large-scale simulation models, representing recent technological advancements and innovative industry cases [2]

Core Insights - The 2025 Energy Transition Conference opened in Beijing, emphasizing its role as a leading platform for energy industry development, technology release, and international cooperation [1] - The conference theme focuses on accelerating collaborative innovation between enterprises and local governments for green transformation [2] Group 1: Conference Activities - The conference includes an opening ceremony, two key activities, a technology exchange event, and six thematic meetings, along with diverse activities such as project roadshows and closed-door discussions [2] - A technology exchange event showcases digital innovation in the energy sector, featuring 15 companies, including major state-owned enterprises like China National Petroleum and China Petroleum & Chemical [2] - Key activities include a forum on enterprise-local cooperation and a high-quality development conference, which aims to deepen exchanges among enterprises, universities, financial institutions, and local governments [2][4] Group 2: Focus Areas and Themes - The thematic meetings cover critical areas of new productivity development in the energy sector, highlighting storage, hydrogen energy, oil and gas pipelines, and new energy equipment [3] - The conference aims to attract high-quality projects by inviting renowned experts and global leaders in the energy sector to guide industry innovation [4] Group 3: White Paper Release - The "2025 Beijing Future Science City Energy Valley Industry Development White Paper" was released, detailing the development foundation, status of advanced energy industries, and the integration of artificial intelligence in the energy sector [5] - The white paper outlines strategies for high-quality development in the Energy Valley, emphasizing proactive planning, joint innovation, and improved service levels to enhance international influence [5]

Core Viewpoint - Jiangsu Xingbang Energy Technology Co., Ltd. has made a significant step in the commercialization of hydrogen energy transportation by delivering its first batch of 10 hydrogen-powered two-wheelers to the Beijing Institute of Technology's Yangtze River Delta Research Institute [3][5]. Group 1: Product Features and Advantages - The hydrogen-powered two-wheelers are equipped with a self-developed air-cooled fuel cell system and utilize advanced low-pressure solid-state hydrogen storage technology, achieving a range of 80 kilometers and hydrogen refueling in approximately 30 seconds [5]. - Compared to traditional lithium battery two-wheelers, hydrogen-powered vehicles offer advantages in safety, range, refueling time, lifespan, and environmental impact [5]. Group 2: Market Strategy and Future Plans - Xingbang Energy plans to collaborate with more cities, universities, communities, and enterprises to gradually expand the deployment scale and scope of hydrogen-powered two-wheelers [7]. - The company aims to deepen its focus on the hydrogen energy sector, prioritize green development, and actively explore pathways for energy revolution through continuous technological innovation and extensive industry collaboration [7].

Group 1 - The company disclosed a controversial fundraising plan of 840 million yuan through a private placement to its controlling shareholder, Shanghai Hamao, at a price of 11.70 yuan per share, which is a 15% discount compared to the previous share transfer price of 13.76 yuan [1] - The Shanghai Stock Exchange raised concerns regarding the fairness of the pricing and the protection of minority shareholders' rights, especially given the company's significant losses in 2024 and the first quarter of 2025 [1][2] - A critical risk involves a control reversal agreement, where the original controlling shareholder, Sun Jisheng, could regain voting rights if the company's net profit does not meet the 50 million yuan target for 2025, potentially triggering another change in control [1] Group 2 - The fundraising is intended for innovative businesses such as hydrogen-powered two-wheelers and autonomous driving, but the lack of a specific project budget and feasibility report raises questions about the necessity of the fundraising [2] - The company has seen a continuous decline in revenue over the past three years, with a 16% year-on-year drop in 2024, while the aggressive shift to capital-intensive hydrogen energy sectors poses high risks without disclosed technological reserves or customer orders [2] - The company's gross margin has plummeted from 42.36% to negative values over the past three years, and the public bicycle business is suffering due to competition from shared bicycles, while the target market for hydrogen two-wheelers has not yet developed significant demand [2]

Core Viewpoint - The article discusses the commercialization of hydrogen fuel cell bicycles in Dongguan, highlighting the potential of hydrogen energy in the light transportation sector and the need for suitable application scenarios to drive industry growth [3][4]. Group 1: Hydrogen Energy Advantages - Hydrogen energy is recognized for its green, low-carbon characteristics, high energy density, and wide availability, making it a crucial component of future energy systems [3]. - The hydrogen fuel cell bicycles can achieve a range of up to 80 kilometers, addressing the urgent needs of high-frequency users like delivery personnel [4]. Group 2: Challenges in Hydrogen Energy Commercialization - The hydrogen energy industry faces challenges not solely from technology or cost but from a lack of sufficient application terminals to share costs and validate business models [3][4]. - The article emphasizes that the key to overcoming the "good but not popular" dilemma for hydrogen energy lies in identifying and developing suitable application scenarios [4][5]. Group 3: Criteria for Selecting Application Scenarios - Key criteria for selecting effective hydrogen energy application scenarios include clear pain points, significant economic and environmental benefits, the feasibility of creating a closed-loop ecosystem, and the potential for market scalability [5]. - Various sectors, such as ports and heavy machinery operations, are identified as having significant potential for hydrogen energy applications due to their fixed environments and high emissions [5]. Group 4: Building a Commercial Ecosystem - To establish a commercial ecosystem for hydrogen energy, collaboration among government, capital, and enterprises is essential, focusing on specific scenarios for infrastructure support and cost reduction [6]. - The article suggests that a targeted approach to subsidies and shared data among industry players can help cultivate user habits and drive local breakthroughs in the hydrogen energy sector [6]. Group 5: Future Directions for Hydrogen Energy - The future of hydrogen energy lies not only in technological advancements but also in practical applications that meet market demands, encouraging diverse application scenarios and business models [7].

Core Viewpoint - The introduction of hydrogen fuel cell electric bicycles in Dongguan represents a significant step towards the commercialization of hydrogen energy in the lightweight transportation sector, addressing the growing demand for efficient and sustainable mobility solutions [1][2]. Group 1: Hydrogen Energy Advantages - Hydrogen energy is recognized for its green, low-carbon characteristics, high energy density, and wide availability, positioning it as a crucial component of future energy systems [1]. - The current challenges in hydrogen energy commercialization stem not only from technology and cost but also from the lack of sufficient application scenarios to validate and optimize business models [1][2]. Group 2: Market Demand and Application - The demand for hydrogen fuel cell bicycles aligns well with the large electric bicycle market in China, particularly for high-frequency users like delivery personnel who face issues such as slow charging and range anxiety [2]. - Hydrogen fuel cell bicycles can achieve a range of up to 80 kilometers with quick refueling times, making them a viable alternative for high-demand scenarios [2]. Group 3: Technical and Infrastructure Considerations - Hydrogen fuel cell bicycles have lower technical barriers compared to hydrogen-powered vehicles, allowing for easier product development and faster commercialization [2]. - The infrastructure for hydrogen refueling can be simplified through the use of small, modular refueling stations, which can be built quickly and at a lower cost [2]. Group 4: Key Standards for Scene Selection - Successful application of hydrogen energy requires clear pain points, significant economic and environmental benefits, the potential for a closed-loop ecosystem, and a large target market to support initial and future growth [3]. - Other potential applications for hydrogen energy include heavy machinery in ports and mines, fixed heat and power generation, long-distance logistics, and green chemical production [3]. Group 5: Building a Commercial Ecosystem - Establishing a commercial ecosystem for hydrogen energy requires coordinated efforts from government, capital, and enterprises, focusing on specific scenarios for infrastructure support and cost reduction [4]. - The future of hydrogen energy lies not only in advanced technology but also in practical applications that meet market demands, necessitating innovative approaches and diverse business models [4].