◎记者 操子怡 自2024年写入政府工作报告以来，低空经济迅速成为资本市场关注的热点。近期两份重要文件接连出 台，让市场对低空经济的讨论逐渐增多。 2026年低空经济有哪些新趋势，AI又将给低空经济带来哪些新变化？近期，来自行业一线、金融机构 人士与上海证券报记者围绕这一话题展开探讨。 向产业投资过渡 《实施意见》提出，坚持集约复用、多元协同，在充分利用现有公众移动通信设施等基础上，综合采用 地面移动通信、卫星通信与其他通导监技术等多元化技术手段，支撑低空应用发展。 根据《实施意见》，到2027年，全国低空公共航路地面移动通信网络覆盖率不低于90%，多元融合感知 方案进一步完善成熟，低空导航服务水平持续提升，研制不少于10项信息类基础设施标准，面向城市治 理、物流运输、文旅等领域形成一批典型低空应用场景。 《建设指南》提出，到2027年，低空经济标准体系基本建立，基本满足低空经济安全健康发展需求。到 2030年，低空经济领域标准超过300项，为低空经济安全健康发展提供有力支撑。 国泰海通证券政策和产业研究院首席分析师周天乐表示，2024年资本市场对低空经济的理解仍主要停留 在无人机单一赛道。随着标准体系明确， ...

Core Viewpoint - The seminar on low-altitude hydrogen power technology highlighted the potential of hydrogen-powered drones for various applications, emphasizing their long endurance and heavy payload capabilities, aligning with the goals of sustainable development and high-quality growth in the region [1][3]. Group 1: Industry Development - The seminar showcased a hydrogen-powered drone that successfully flew for 4 hours, demonstrating its capabilities in long endurance and heavy payload [3]. - Experts discussed the current state of the hydrogen energy industry, identifying challenges in endurance capabilities and emphasizing hydrogen power as the future choice for low-altitude heavy-load aircraft [3][4]. - The Shenzhen Saltian District government announced multiple application scenarios for low-altitude hydrogen power, including marine inspection, port operations, emergency support, and low-altitude logistics [3]. Group 2: Company Initiatives - Zhonghuan Aviation Energy, a key player in the hydrogen and low-altitude sector, signed agreements with upstream enterprises and manufacturers to enhance technology integration and system development [4]. - The president of the Shenzhen Low-altitude Economic Industry Association stressed the importance of a scientific and comprehensive standard system for the safe and sustainable operation of hydrogen power technology [4]. - Zhonghuan Aviation Energy's chairman highlighted the company's strong R&D foundation and patent portfolio in wind-cooled hydrogen fuel cells, aiming to accelerate the certification of hydrogen-powered drones and expand their application in various scenarios [4].

Core Viewpoint - The seminar on low-altitude hydrogen power technology highlighted the potential of hydrogen-powered drones for various applications, emphasizing their long endurance and heavy payload capabilities, which align with the goals of sustainable development and innovation in the aviation sector [1][3]. Group 1: Event Overview - The seminar titled "Harnessing Hydrogen Power for a New Future" was held in Shenzhen, attended by key officials and industry experts [1]. - A hydrogen-powered drone demonstrated its capabilities by carrying a specified weight for a continuous flight of 4 hours, showcasing its endurance and stability [3]. Group 2: Industry Insights - Experts discussed the current state of the hydrogen energy industry, its advantages, and the challenges related to endurance and technology, asserting that hydrogen power is essential for the future of long-duration, heavy-load low-altitude aircraft [3]. - Leading companies in the industry, including Yihang Intelligent, Xiaopeng Huitian, and JD Drone, expressed a strong demand for long-endurance and heavy-load power solutions, identifying hydrogen energy as an ideal answer [3]. Group 3: Application Scenarios - The Saltian District government outlined various application scenarios for low-altitude hydrogen power, including marine inspection, port operations, emergency support, and low-altitude logistics [5]. - The district's deputy mayor emphasized the core advantages of hydrogen power, such as 3-5 times the endurance, zero emissions, and strong adaptability to low-temperature environments, aligning with the district's goals for high-quality and green development [5]. Group 4: Company Initiatives - Zhonghuan Aviation Energy, a key player in the hydrogen and low-altitude sector, signed agreements with upstream enterprises and manufacturers to enhance technology integration and system development [5]. - The company aims to accelerate the certification of hydrogen-powered drone systems and expand their application across various scenarios [7]. Group 5: Standards and Collaboration - The president of the Shenzhen Low-altitude Economic Industry Association highlighted the importance of a scientific and comprehensive standard system for the safe and sustainable operation of hydrogen power technology [5]. - Future efforts will focus on collaboration among industry partners to strengthen the research and development of relevant standards, ensuring the stability and replicability of hydrogen power applications [5].

Core Insights - The seminar titled "Harnessing Hydrogen Power for a New Future" showcased the capabilities of hydrogen-powered drones, demonstrating their endurance through a four-hour flight [1] Group 1: Industry Developments - The seminar featured discussions on the current state of the hydrogen energy industry, including challenges related to endurance and the advantages of hydrogen energy [4] - Representatives from various companies in the industry, such as EHang, XPeng, and JD Logistics, expressed urgent needs for long endurance and high payload capabilities in hydrogen power systems [4] Group 2: Applications and Collaborations - The Shenzhen Yantian District government announced multiple application scenarios for low-altitude hydrogen power, including marine inspections, port operations, emergency support, and low-altitude logistics [4] - Zhonghuan Aviation Energy, a key player in the hydrogen and low-altitude sector, signed agreements with upstream enterprises and manufacturers to enhance collaboration within the industry [4] Group 3: Future Directions - The president of the Shenzhen Low Altitude Economic Industry Association emphasized the importance of a scientific and comprehensive standard system for safe and sustainable operations [4] - There is a focus on gathering more industry partners around leading enterprises to strengthen collaboration and convert practical experiences into replicable and promotable technical standards and industry guidelines [4]

Core Viewpoint - The article discusses the rapid development of the low-altitude economy in China, particularly in Guangdong, which is expected to become a leader in this sector by leveraging innovation, safety, and regional collaboration. Group 1: Innovation as a Driving Force - Innovation is identified as the core driving force behind the development of the low-altitude economy, highlighted by the presence of groundbreaking technologies such as the world's first mass-produced flying car and hydrogen-powered drones at the conference [1] - Guangdong, as the largest province in China's low-altitude economy, houses over 30% of the national low-altitude industry chain enterprises, including major players like DJI, EHang, and Xpeng, with an industry scale exceeding 100 billion [1] - The establishment of multiple low-altitude testing platforms in Guangdong significantly shortens the innovation cycle and supports research and development in the sector [1] Group 2: Safety as a Foundation - Safety is emphasized as a prerequisite for the low-altitude economy to thrive, with the conference announcing new policies for infrastructure, technology innovation, and management services [2] - Guangdong has developed a robust infrastructure network, including 64 general airports, over 1,400 takeoff and landing points, and nearly 700 drone flight routes, laying a solid foundation for low-altitude operations [2] - The construction of a comprehensive low-altitude intelligent network, integrating communication, navigation, monitoring, meteorology, computing power, and countermeasures, enhances the operational capabilities of the low-altitude economy [2] Group 3: Regional Collaboration - The conference was jointly organized by the governments and institutions of Guangdong, Hong Kong, and Macau, signaling strong regional collaboration [3] - The Guangdong-Hong Kong-Macau Greater Bay Area is positioned as a testing ground for logistics, emergency rescue, and cross-border commuting, facilitating regulatory alignment and innovation [3] - Initiatives such as the world's first cross-sea eVTOL route demonstration and the launch of pilot projects for regulatory sandboxes in Hong Kong exemplify the collaborative efforts to create a cohesive low-altitude economy network [3]

Core Insights - Beijing's Development and Reform Commission has launched the second batch of projects for public promotion to private capital, totaling 120 projects with an estimated total investment of approximately 110.6 billion yuan, aiming to attract around 33.1 billion yuan from private investors [1][2] - Including the first batch of 119 projects from earlier in the year, the total investment for all publicly promoted projects in 2025 is expected to exceed 230 billion yuan [1][2] Project Overview - The second batch of projects includes various sectors such as technology innovation, infrastructure, public services, and urban renewal, with a focus on projects that align with the capital's functional positioning and have clear investment return mechanisms [1][2] - The distribution of projects by region shows that the top six districts with the most projects are Fangshan (37), Shijingshan (11), Changping (9), Pinggu (9), Fengtai (8), and Yanqing (8) [1] - In terms of total investment, the districts with the highest amounts are Fengtai (approximately 18.1 billion yuan), Tongzhou (approximately 16.8 billion yuan), Daxing (approximately 14.8 billion yuan), and others [1] Investment Types - The breakdown of investment types includes 66 equity investment projects with a total investment of approximately 34.9 billion yuan, aiming to attract about 16.1 billion yuan from private capital; 10 debt investment projects totaling approximately 8.5 billion yuan, seeking 1 billion yuan from private investors; and 26 cooperative operation projects with a total investment of approximately 63.2 billion yuan, targeting 12.8 billion yuan from private capital [2] - Additionally, there are 18 franchise projects with a total investment of approximately 4 billion yuan, aiming to attract 3.2 billion yuan from private investors [2] Sector-Specific Projects - Technology innovation projects include 14 initiatives with a total investment of approximately 8 billion yuan, targeting 2.8 billion yuan from private capital [2][3] - Advanced manufacturing projects consist of 6 initiatives with a total investment of approximately 700 million yuan, aiming to attract 400 million yuan from private investors [3] - Commercial service projects include 25 initiatives with a total investment of approximately 40.2 billion yuan, targeting 15.2 billion yuan from private capital [3] - Infrastructure projects consist of 18 initiatives with a total investment of approximately 3.3 billion yuan, aiming to attract 2.7 billion yuan from private investors [3] - Public service projects include 10 initiatives with a total investment of approximately 3 billion yuan, targeting 1.2 billion yuan from private capital [3] - Cultural tourism and sports projects consist of 17 initiatives with a total investment of approximately 12.5 billion yuan, aiming to attract 4.6 billion yuan from private investors [3] - Urban renewal projects include 13 initiatives with a total investment of approximately 15.2 billion yuan, targeting 2.3 billion yuan from private capital [3] - Agricultural and rural projects consist of 9 initiatives with a total investment of approximately 1.4 billion yuan, aiming to attract 900 million yuan from private investors [3] - Housing construction projects include 8 initiatives with a total investment of approximately 26.3 billion yuan, targeting 3 billion yuan from private capital [4]

Group 1 - The core idea of the article is the integration of advanced technology into the cultural and tourism industry, showcased by Harbin Institute of Technology's innovative products at the 2025 China International Tourism Trade Fair [1][2]. - Harbin Institute of Technology's cultural and creative team has developed a series of practical and stylish products that incorporate aerospace elements and scientific spirit, appealing to the younger consumer demographic [1]. - The exhibition featured a smart temperature-controlled down jacket that can heat up to 40℃-55℃ within seconds, utilizing aerospace-grade carbon materials for warmth and lightweight design, making it ideal for winter outdoor activities [1]. Group 2 - Two types of "smart color-changing" ski goggles were introduced to address common issues faced by skiers, such as fogging and excessive light, with one model automatically adjusting brightness based on UV levels [2]. - The "hydrogen-powered drone" showcased has a flight time exceeding 2 hours and a payload capacity of 6 kilograms, designed for autonomous inspections and material transport, having won multiple international invention gold awards [3]. - The "hydrogen-assisted shared bicycle" can travel over 80 kilometers on a single hydrogen charge, equipped with an intelligent assistance system and real-time safety monitoring, positioning it as a leader in the shared bicycle market [3].

Core Viewpoint - China's fixed asset investment growth is expected to moderately rebound to around 2% to 3% by 2026, following a decline influenced by various factors including the real estate market adjustment and intensified domestic competition [1][2]. Investment Growth Trends - Fixed asset investment (excluding rural households) in China has decreased by 2.6% year-on-year in the first 11 months of this year, with a notable drop from June 2025 onwards [3]. - The National Development and Reform Commission (NDRC) emphasizes the need to enhance government investment's guiding role and stimulate private investment to maintain reasonable growth and improve investment efficiency [1][3]. Investment Structure Optimization - The NDRC outlines strategies to stabilize traditional investment while fostering new growth drivers, focusing on sectors such as technology upgrades in traditional industries and expanding effective investment in emerging industries [4]. - Key areas for investment include modern infrastructure, ecological protection, and green transformation, with significant projects planned for the "14th Five-Year Plan" period [4][10]. Private Investment Dynamics - Private investment is crucial for stabilizing overall investment growth, yet it currently faces challenges such as declining confidence and reduced growth rates [6]. - The NDRC has facilitated over 13,000 projects for private capital, amounting to over 11 trillion yuan, and is promoting private sector participation in major projects in sectors like nuclear power and water supply [6][7]. Policy Measures for Investment - The NDRC plans to address challenges in private investment by enhancing access, removing bottlenecks, and strengthening support mechanisms [7]. - Recent initiatives include promoting projects in new industries and sectors, with local governments actively introducing projects to attract private investment [8]. Manufacturing Investment Focus - The NDRC highlights the importance of deepening investment and financing reforms to expand effective investment, with a focus on high-growth sectors such as artificial intelligence and advanced manufacturing [9][10]. - Manufacturing investment is projected to recover slightly, with growth rates expected to rise from 3.8% in 2025 to around 5% [10].

Core Viewpoint - Multiple regions in China are actively promoting investment projects to attract private capital, with a focus on new technologies and emerging industries, aiming to stimulate economic growth and optimize the economic structure [2][3][4]. Group 1: Project Promotion - Beijing's Development and Reform Commission announced the second batch of projects for private capital, totaling 120 projects with an estimated total investment of approximately 110.6 billion yuan, aiming to attract about 33.1 billion yuan in private investment [1][6]. - Other regions, including Chongqing and Hubei, have also launched initiatives to promote private investment, with Hubei planning to introduce 275 projects with a total investment of 216.99 billion yuan and expected private capital of 84.14 billion yuan [2][7]. - The third Chengdu-Chongqing Economic Circle Conference highlighted 259 projects in Chongqing, showcasing a systematic approach to attract private investment [2][7]. Group 2: Focus on Emerging Industries - The projects promoted across various regions emphasize new technologies, new infrastructure, and new consumption, which are expected to inject sustainable momentum into high-quality development [3][8]. - In Beijing, projects include 14 technology innovation projects related to AI with a total investment of about 8 billion yuan and 6 advanced manufacturing projects related to hydrogen-powered drones with a total investment of about 700 million yuan [3][8]. - The project lists from different regions predominantly feature emerging industries such as digital economy and intelligent manufacturing, indicating significant investment potential [3][9]. Group 3: Diverse Investment Opportunities - The project supply is not limited to emerging industries but also includes stable demand sectors such as infrastructure and public services, catering to various risk preferences of private capital [4][9]. - The promotion of projects in commercial services and cultural tourism has also gained traction, reflecting a comprehensive approach to attract diverse investments [4][9].

Core Insights - The article highlights the development of hydrogen-powered drones in Chongqing, showcasing their potential for low-carbon and efficient flight solutions [1][2]. Group 1: Hydrogen-Powered Drone Technology - The "Qing Yao-10" drone utilizes a liquid hydrogen energy system with a high energy density fuel cell, achieving 2.5 hours of flight time, which is three times longer than traditional lithium battery drones [1]. - The drone's design allows for efficient hydrogen fuel conversion and stable output, making it suitable for extreme conditions, operating between -30°C to 45°C and at altitudes of 4000 meters [1]. Group 2: Applications and Efficiency - The "Qing Yao-10" has been successfully applied in various scenarios such as power line inspections and forest protection, significantly reducing labor costs and operational risks [2]. - The drone's continuous operation capability exceeds traditional models by over 50%, allowing for extensive coverage in a single flight, which enhances efficiency in tasks like power line inspections [2]. Group 3: Innovation and Future Prospects - The research team has filed 34 patents in the field of aviation hydrogen power, establishing a comprehensive technology system from core fuel cell development to complete system integration [3]. - The institute plans to accelerate the mass production of hydrogen-powered drones and explore diverse applications such as logistics and disaster relief, aligning with national strategic goals for hydrogen energy [3].