"宁波膜智信息科技有限公司"为势银（TrendBank）唯一工商注册实体及收款账户 轻绿科技成立于2022年，是一家专注于小功率氢燃料电池系统研发与产业化应用的高科技企业。公 司自主研发的"轻绿H1v1"液冷型百瓦级氢燃料电池系统，是国内首批实现规模化量产的小功率液 冷燃料电池产品，填补了该细分领域的技术空白。 轻绿科技总经理杨坤指出， 在共享两轮车及城市通勤车运营中，频繁更换电池是推高运营成本的 关键因素之一。停机换电所带来的时间损失、持续投入的人力成本以及电池损耗带来的资金压力， 共同制约了运营效益的提升。 势银年会： 2025势银氢燃年会（1月6-8日，宁波） 点此报名 添加文末微信，加 燃电 群 近日， 势银调研了小功率氢燃料电池系统解决方案提供商——四川轻绿科技有限公司 ，就企业产 品研发、应用现状及未来趋势预判进行了交流。 氢能两轮车：以长寿命、高效率推动运营变革与产业链协同 为应对这一痛点，轻绿科技推出搭载自研液冷型氢燃料电池系统的氢能单车。该车型具备长寿命和 环境适应性强等核心优势，电堆系统采用液冷散热技术，确保电池在-10℃至50℃宽温区内稳定运 行，有效降低温度波动对电池性能的影响。系统设 ...

宽温破局，低空造浪 2025宽温域燃料电池暨氢能无人机论坛 12月18-20日，江苏 燃料电池运 行温度以≤80℃为主 ，存在反应活性有限、水热管理复杂、催化剂易中毒等痛点，影响其市场化推广。宽温域质子交换膜燃料电池凭借强环 境适应性（-40℃至≥120℃），可实现高反应活性及良好的催化剂抗毒性，并且可通过简化水热管理等方式实现降本，成为推动氢能规模化应用的关键 点。 年初， "可跨温区工作的燃料电池全氟磺酸树脂"被纳入工信部未来产业创新任务揭榜挂帅榜单 ，以推动氢能转化装置跨温区、低能耗工作，满足燃料电 池高温运行等需求。目前诸多团队都在开展研究，比如欧阳明高院士团队研发105℃耐高温燃料电池膜电极技术，500h稳定性试验无衰退；亿华通 M30+燃料电池可将运行温度提升至105℃；非全 氟磺酸方向 也有不少进展，如海得利兹推出120℃-160℃的高温质子交换膜； 宽温域燃料电池的下游应用端需求巨大，除了氢车等传统液冷应用外，近年热度高涨的风冷堆对跨温区工作需求更是突出。同时，以氢能无人机为例，电 堆大型化、封闭式趋势对耐温性能提出了更高的要求。 本次论坛以" 宽温破局，低空造浪 "为主题，重点围绕 宽温域燃 ...

Group 1 - The MTSYS-120 marine fuel cell system was launched by Tomorrow Hydrogen Company, receiving certification from China Classification Society (CCS), marking a significant step towards the commercialization of hydrogen-powered vessels in China [2] - The MTSYS-120 system features a stack power greater than 150kW, a power density of 6.5kW/L, a system power of 120kW, and a lifespan exceeding 22,000 hours, making it suitable for various types of vessels including passenger ships and cargo ships [2] - Global hydrogen-powered shipping is entering a commercial phase, exemplified by the order of two hydrogen-powered bulk carriers by Norwegian shipping company MøreSjø from Turkish Gelibolu Shipyard, marking the first such orders in the bulk carrier market [2] Group 2 - The development of hydrogen-powered vessels is supported by policies from the Ministry of Transport and other departments, which encourage the application of LNG, methanol, and hydrogen fuel cell technologies in medium to large vessels [3] - The shipping industry consumes approximately 300 million tons of fossil fuels annually, contributing nearly 3% of global greenhouse gas emissions, highlighting the need for a green transition in the sector [3] - Challenges remain for hydrogen vessel development, particularly in hydrogen storage technology and safety considerations, which are critical for the application of hydrogen in shipping [3] Group 3 - Tomorrow Hydrogen Company also announced the delivery of hydrogen-powered drones, which significantly enhance flight endurance compared to traditional lithium battery drones, achieving over 3 hours of flight time [3] - The year 2025 is projected to be a pivotal year for the commercialization of hydrogen drones in China, with advancements in lightweight hydrogen fuel cell systems [3] - The low-altitude economy in China is expected to experience explosive growth in 2025, with the market size projected to exceed 800 billion yuan, driven by innovations in hydrogen fuel cells and other technologies [4] Group 4 - Despite the potential of hydrogen fuel cells in drones, there are significant technical challenges, particularly regarding the weight and energy density of hydrogen storage systems, which currently do not meet the stringent requirements for aviation [4]

（原标题：无人机跨越山海 借"东风"全球起航｜聚焦东博会） 浩荡"东风"起，千帆竞发时。从灭火救援到跨境物流，从农林植保到城市交通，精通"十八般武艺"的中 国无人机正成为第22届中国—东盟博览会（以下简称"东博会"）上代表中国科技硬实力的闪亮名片。 位于东博会数字经济展馆入馆口附近的大疆农业无人机已成为许多外国参展商的拍照打卡点。上海一家 氢能无人机企业的负责人向证券时报记者表示："东博会这几天，来咨询的东南亚参展商很多，像马来 西亚、缅甸都有展商来咨询合作。"借助东博会这股"东风"，中国无人机正向海外加速飞行。 飞向"更远处" "东南亚国家对无人机的需求其实更多集中在农林植保领域，它们的种植业比较发达，这几天来咨询的 东南亚客户基本都是希望利用无人机实现大规模撒肥、喷药等农业应用，这次我们主要带来的也是 T100、T70系列的农业无人机，贴合了这一需求。"大疆农业无人机展位相关负责人告诉证券时报记 者。 来自中国厂商的无人机，成为了东博会上吸引全球参展者目光的"磁石"。这背后是中国无人机产业在全 球的"统治力"。据《中国民用无人驾驶航空发展报告2023—2024》，中国已多年位居世界第一大民用无 人机出口国 ...

位于东博会数字经济展馆入馆口附近的大疆农业无人机已成为许多外国参展商的拍照打卡点。上海一家氢能无人机企业的负责人向证券时报记者表示："东博会这 几天，来咨询的东南亚参展商很多，像马来西亚、缅甸都有展商来咨询合作。"借助东博会这股"东风"，中国无人机正向海外加速飞行。 飞向"更远处" 浩荡"东风"起，千帆竞发时。从灭火救援到跨境物流，从农林植保到城市交通，精通"十八般武艺"的中国无人机正成为第22届中国—东盟博览会（以下 简称"东博会"）上代表中国科技硬实力的闪亮名片。 "东南亚国家对无人机的需求其实更多集中在农林植保领域，它们的种植业比较发达，这几天来咨询的东南亚客户基本都是希望利用无人机实现大规模撒肥、喷药 等农业应用，这次我们主要带来的也是T100、T70系列的农业无人机，贴合了这一需求。"大疆农业无人机展位相关负责人告诉证券时报记者。 除了锂电池能源的无人机之外，氢能无人机也成为东博会数字展馆的焦点。协氢（上海）新能源科技有限公司（以下简称"协氢新能源"）相关负责人告诉证券时报 记者："我们是国内最早开发风冷氢燃料电池系统的原创发明人，也是无人机用风冷氢燃料电池国内第一发明人，在氢能无人机等领域实现了很 ...

Group 1 - Chinese drones are becoming a prominent representation of China's technological strength at the 22nd China-ASEAN Expo, showcasing their versatility in various fields such as firefighting, cross-border logistics, agriculture, and urban transportation [1][4] - DJI's agricultural drones are particularly popular among Southeast Asian exhibitors, with significant interest in using drones for large-scale agricultural applications like fertilization and pesticide spraying [2][4] - The agricultural drones from DJI are primarily exported to regions like the Middle East and Africa, with growing exports to Southeast Asia [2][4] Group 2 - Hydrogen-powered drones are gaining attention at the expo, with companies like Xieqihydrogen showcasing their innovations in hydrogen fuel cell technology for drones [3] - Hydrogen drones are more expensive than lithium battery drones but offer significantly longer endurance, making them suitable for applications in high-altitude and cold environments [3] - There is a growing interest from Southeast Asian countries in hydrogen drones for agricultural purposes, although export restrictions currently limit the export of complete drones [3] Group 3 - China has established itself as the world's largest exporter of civilian drones, holding approximately 70% of global patent applications in the drone sector [4][5] - The export volume of Chinese drones reached 2.2854 million units in the first seven months of 2025, marking a year-on-year increase of 65.6%, with an export value of $1.527 billion, up 34.7% [4] - The low-altitude economy in China is projected to reach a market size of 1.5 trillion yuan by 2025 and 3.5 trillion yuan by 2035, indicating significant growth potential [4][5]

Group 1: Low Altitude Economy Logistics Ecosystem - China is rapidly developing a comprehensive low-altitude economic logistics ecosystem, including cargo drones, battery swap stations, and electric air taxis, enhancing delivery efficiency and reliability while reducing operational costs [1] - The country is focusing on establishing dedicated pilot zones, digital traffic systems, and new regulatory frameworks to manage potential challenges related to low-altitude airspace congestion [1] - The introduction of advanced technologies such as the world's first 7-seat, 3-ton electric vertical takeoff and landing aircraft (eVTOL) and hydrogen drones signifies China's ambition to lead the next generation of drone revolution, particularly in the delivery sector [1] Group 2: Chinese Brands Leading Fashion Trends - Emerging Chinese brands are adept at promoting brand concepts rather than just products, targeting consumers curious about new trends [2] - These brands, created by entrepreneurs from the post-80s and post-90s generations, leverage their global education and understanding of foreign brands to build rich narratives around their products [2] - The focus of these brands has shifted towards emotional value and experience, moving beyond mere product functionality [2] Group 3: Chinese Investment in Africa - Over the past 20 years, China has significantly increased investments in Africa across various sectors, including renewable energy, railways, ports, manufacturing, digital networks, and healthcare [3][4] - Investments such as the $1.4 billion upgrade project for the Tanzania-Zambia Railway are expected to revitalize key trade corridors and improve transportation efficiency in the region [3] - China's investment strategy is now more targeted, manageable in scale, and commercially viable, encouraging local and private sector participation while providing clearer investment returns [3]

Core Viewpoint - The draft implementation plan for the "Beijing Renewable Energy Development and Utilization Regulations" emphasizes the promotion of hydrogen energy infrastructure and its applications across multiple sectors [1] Group 1: Hydrogen Infrastructure Development - The plan aims to establish a hydrogen energy infrastructure network covering the entire city and extending to the Beijing-Tianjin-Hebei region [1] - It proposes diversified local hydrogen production pilot projects and the construction of integrated hydrogen production and refueling stations [1] - The effective utilization of the local industrial by-product hydrogen purification project from Yanshan Petrochemical is highlighted [1] Group 2: Green Hydrogen Initiatives - The plan includes the active planning of green hydrogen transportation pipelines and the construction of transportation channels for the green hydrogen project in Ulanqab, Inner Mongolia [1] - It explores the feasibility of hydrogen pipeline construction within the Beijing-Tianjin-Hebei region [1] Group 3: Hydrogen Fuel Applications - The plan focuses on the development needs of vehicles and application scenarios, aiming to optimize hydrogen refueling facilities within the city [1] - It emphasizes the expansion of hydrogen fuel vehicles, improving vehicle utilization rates and operational mileage [1] - Pilot projects for hydrogen bicycles and the exploration of hydrogen drone applications are included, along with the promotion of hydrogen technology and equipment research in the aviation sector [1] Group 4: Regional Hydrogen Transport Corridors - The plan accelerates the creation of hydrogen transport corridors across the Beijing-Tianjin-Hebei region and surrounding areas [1] - It aims to layout hydrogen refueling stations along these transport corridors [1] Group 5: Integrated Energy Systems - The plan advocates for the localized layout of hydrogen-based combined heat and power systems [1] - It promotes demonstration projects for comprehensive energy utilization centered around hydrogen and zero-carbon heating [1]

Core Viewpoint - Hydrogen energy is being transformed from a concept into a practical application in daily life, driven by Pengfei Group's innovative approach to converting industrial waste into clean energy [1][2]. Group 1: Transition to Hydrogen Energy - In 2019, Pengfei Group faced significant challenges in transitioning from traditional coal coking to hydrogen energy, including a lack of technology, market, funding, and talent [2]. - The company has developed a complete hydrogen energy industrial chain, achieving over 99.999% purity in hydrogen extracted from coke oven gas [2][3]. Group 2: Environmental Impact - The transformation of coke oven gas into hydrogen has eliminated carbon dioxide emissions, marking a significant shift from high carbon to zero carbon [3][4]. - The use of hydrogen energy in transportation is exemplified by the operation of hydrogen fuel cell heavy trucks and buses, which contribute to a zero-carbon lifestyle [4]. Group 3: Market Potential and Applications - Hydrogen energy applications extend beyond transportation to agriculture and household use, with products like hydrogen-rich vegetables and tofu being developed [5]. - The hydrogen-powered drone developed by Pengfei Group demonstrates versatility in various sectors, including disaster response and agricultural monitoring, with a maximum operational radius of 30 kilometers [6].

Group 1 - Xi'an's hydrogen energy industry is rapidly developing, showcasing vitality through technological breakthroughs and scene expansion, creating a complete industrial ecosystem covering upstream, midstream, and downstream [1][2] - The hydrogen energy industry has become a new hallmark of Xi'an's future industrial development, with an estimated output value of nearly 3 billion yuan in 2024 and over 120 hydrogen energy enterprises established in the city [2][3] - Local universities are making significant advancements in hydrogen production technologies, including photocatalytic hydrogen production and water electrolysis [2][3] Group 2 - Xi'an has made breakthroughs in large-scale fuel cell development, with a production line capable of producing 3,000 fuel cell stacks annually and the establishment of various hydrogen production and testing facilities [3][4] - The city is witnessing the integration of hydrogen energy into daily life through applications such as hydrogen-powered assistive vehicles and drones, enhancing user experience and operational efficiency [4][5] - The development of innovative products, such as hydrogen leak detection tape, has filled domestic gaps and reduced costs significantly compared to imported alternatives [6] Group 3 - Companies like Xuhydrogen Times are collaborating with academic institutions to enhance hydrogen fuel cell stack production, achieving significant efficiency improvements and establishing a fully automated production line [7][8] - The integration of advanced materials, such as titanium, is crucial for reducing costs and extending the lifespan of hydrogen fuel cells, with local companies leading the way in this innovation [10][11] - The establishment of a comprehensive supply chain from titanium processing to hydrogen fuel cell production is enabling cost control and enhancing the competitiveness of Xi'an's hydrogen energy sector [13][14] Group 4 - The local hydrogen energy industry is supported by favorable policies, talent availability, and financial backing, fostering an environment conducive to innovation and growth [9][15] - Xi'an's hydrogen energy sector is positioned as a key player in the national landscape, with ongoing projects and collaborations aimed at advancing technology and expanding market reach [9][16]