聪明车驶上智慧路，人形机器人各类竞赛如火如荼，低空经济蓄势待飞……当科技与产业深度融合，有 关未来世界的想象正加速转化为现实图景。 "智能汽车、智能机器人、低空飞行器是发展新质生产力的标志性产业，呈现加速融合态势。"在日前举 行的首届聚合智能产业发展大会上，车百会理事长张永伟表示，上述三大产业具备技术同源、要素相 通、场景关联的特点，有望融合形成聚合智能产业，实现技术迁移、产业链共用、场景共创。 如何理解聚合智能产业内涵？怎样挖掘既有产业资源与优势以撬动更大发展合力？记者进行了采访。 一场生态重构 近期，车企"造人"、车企"起飞"等话题持续升温。9月初，特斯拉对外发布"宏图计划第四篇章"，相比 此前更多聚焦新能源汽车及可持续能源生态系统，本次计划关于AI和机器人的占比明显提高。特斯拉 创始人马斯克在社交平台上称，未来特斯拉约80%的价值来自Optimus机器人。 激烈竞争下，国内车企也在发力竞逐新赛道。在7月举行的2025年国际低空经济博览会上，吉利控股集 团旗下沃飞长空携AE200批产构型机亮相，这是国内首个、全球第二个完成全倾转过渡飞行的 eVTOL(电动垂直起降飞行器)产品。小鹏汇天飞行汽车智造基地于今 ...

激烈竞争下，国内车企也在发力竞逐新赛道。在7月举行的2025年国际低空经济博览会上，吉利控股集 团旗下沃飞长空携AE200批产构型机亮相，这是国内首个、全球第二个完成全倾转过渡飞行的eVTOL （电动垂直起降飞行器）产品。小鹏汇天飞行汽车智造基地于今年三季度竣工，分体式飞行汽车"陆地 航母"将于2026年量产交付。 记者梳理发现，目前国内已有10余家整车和零部件企业进军智能机器人和低空飞行领域，通过投资、联 合研发、自主研发、孵化子公司等多种形式积极展开布局。张永伟告诉记者，技术同源使智能汽车、智 能机器人、低空出行产业有了融合发展的基本条件，产业链可复用则是三者融合发展的重要动力。 聪明车驶上智慧路，人形机器人各类竞赛如火如荼，低空经济蓄势待飞……当科技与产业深度融合，有 关未来世界的想象正加速转化为现实图景。 "智能汽车、智能机器人、低空飞行器是发展新质生产力的标志性产业，呈现加速融合态势。"在日前举 行的首届聚合智能产业发展大会上，车百会理事长张永伟表示，上述三大产业具备技术同源、要素相 通、场景关联的特点，有望融合形成聚合智能产业，实现技术迁移、产业链共用、场景共创。 如何理解聚合智能产业内涵？怎样挖 ...

从技术上看，三大产业本质上均是以AI作为底层技术的智能终端产品。在低空飞行上，沃飞长空副总裁兼首席公共事务官肖前志表示，电动航空 与智能汽车在技术理论基础上基本相通，始于汽车产业的电动化技术浪潮正在"卷"向航空赛道。对于智能机器人，地平线副总裁、战略部＆智驾 产品规划与市场部负责人吕鹏表示，智能机器人涉及的AI算法、云端基础设施等核心技术与智能汽车有高度相通性，当下机器人市场与六七年前 仍处于早期阶段的智驾行业有异曲同工之处。 产业链的互通可极大降低产业发展成本。三大产业在感知部件、计算部件、算法模型、执行部件、电池、通信、轻量化和高强度材料及制造工艺 等领域均可实现不同程度的复用。维他动力联合创始人赵哲伦介绍，其机器人供应链约90％延续了汽车供应链。肖前志则表示，希望借助汽车供 应链，在3～5年时间里，把低空飞行器的价格从当前的千万元级降到数百万元级。 此外，在应用场景上，三者在城市综合管理、立体智能交通等领域可形成多元化组合式应用。国家邮政局政策法规司原副司长、一级巡视员靳兵 表示，无人车、无人机以及行业仓储机器人、无人智能装备等智能终端均已在快递物流行业开展试点运营与推广。清华大学车辆学院教授、车辆 国 ...

中新网武汉9月18日电 (卢琪)聚合智能产业发展大会(2025)16日至17日在武汉东湖高新区(又称"中国光 谷")召开，智能汽车、智能机器人、低空飞行器作为聚合智能"三大件"成关注焦点。会上，EAI100光谷 聚合智能产业创新中心成立。该领域的产业大会和产业创新中心均为国内首个，意味着光谷全面拥抱聚 合智能产业。 图为会议 现场。 主办方供图 本次大会以"协同融合创新链产业链，推动聚合智能产业发展"为主题，由中国电动汽车百人会研究院、 长江产业集团、湖北科投主办，吸引整车、智能机器人、低空飞行领域相关专家学者、重点企业代表参 会。 中国电动汽车百人会理事长张永伟表示，智能汽车、智能机器人、低空飞行器本质上具有技术同源、链 条相通、应用融合的特征，有望继出口"新三样"之后，成为我国产业"出海"新引擎。 现场，《壮大聚合智能产业核心链——推动智能汽车、智能机器人、低空飞行产业链协同发展报告》发 布。张永伟建议，以聚合思维推动智能汽车、智能机器人、低空经济三大产业协同发展：抓牢制造环 节，打造聚合智能产业技术高地和成本洼地；推动部件企业交叉合作，加快实现技术融合、渠道共享； 面向国际化布局，重塑新兴企业发展模式， ...

能比心、会握手的人形机器人，随时准备"上天"的飞行汽车……时至今日，在各大车展上，五花八门的汽车产品早已不是惟一看点，智能机器人、低空 飞行器正在成为新的"显眼包"。敢在汽车主场"登堂入室"，智能机器人、低空飞行器靠得可不只是热度。作为技术同源、要素相通、应用融合的三大产业， 汽车、智能机器人、低空飞行的融合发展已然成为当下共识。然而，三大产业究竟要如何打破边界、深度融合，不能停留于口号，更要深入实践。 9月16~17日，围绕三大产业协同发展，首届聚合智能产业发展大会（2025）在武汉光谷拉开序幕。本次大会聚焦"协同融合创新链产业链 推动聚合智能 产业发展"主题，来自三大产业的专家学者、企业代表齐聚一堂，共探AI时代协同推进聚合智能产业融合发展路径。期间，聚合智能产业委员会（EAI 100） 宣布落户光谷，国内首个聚合智能创新平台——聚合智能产业创新中心也同步揭牌成立。 • 三大产业同源、同链、同应用 在车百会理事长张永伟看来，"聚合"的本质是技术同源、链条相通、应用融合。AI技术的蓬勃发展打破了过去不同产业各自为战的产业边界，以单一视 角看待产业发展的思维开始逐渐向跨行业的聚合思维转变。在底层技术、产业链、 ...

Group 1 - The first Aggregated Intelligent Industry Development Conference (2025) was held in Wuhan, focusing on key issues in the development of the aggregated intelligent industry [1] - The conference discussed the integration of smart robots, low-altitude flight, and the automotive industry supply chain, as well as the development paths and industry division of smart robots [3] - The EAI100 committee aims to promote the collaborative development of smart vehicles, smart robots, and low-altitude flight, establishing a comprehensive service platform for the industry [5][6] Group 2 - As of September, EAI100 has over 110 expert and enterprise members covering all areas of the aggregated intelligent industry, including smart vehicles, smart robots, and low-altitude travel [6] - Future initiatives of EAI100 include research on key common issues, closed-door seminars on integrated management systems, and the establishment of international innovation centers [8]

杨军表示，企业的低空飞行器在引导风洞中进行测试，可缩短研发周期和适航取证的时间，目前大部分 的低空头部企业都在利用该风洞装置进行测试。 据了解，自去年9月投用以来，引导风洞已为美团科技、广电计量检测集团、丰翼科技、深圳海关等单 位提供小微型飞行器的研发测试服务。 "深圳低空产业发展服务有限公司正在和我们商谈委托运营的事项，也就是说后续低空风洞装置的商业 化进程会得到加速，引入更多市场力量，目前引导风洞也得到了机场集团的关注，后续的商业合作都会 展开。"杨军表示。 81台高功率风机同时启动，风速高达50米每秒，一架四旋翼无人机在模拟8级突风中颠簸起飞……这一 幕正发生在深圳龙华的低空三维多物理场耦合引导风洞测试区中。 这是一座能精准复现风切变、时变风、下击暴流、城市特殊风场等低空复杂环境的可控风场，也是全球 首个面向低空经济这一战略性新兴产业的风洞装置，被称为低空飞行器的"气象考场"，为低空飞行器的 安全性边界划定提供支撑。 低空复杂风场对飞行器空气动力特性产生的影响通常是不利的，严重时会造成低空飞行的安全事故。带 领团队首创这一低空风洞的加拿大工程院院士、深思实验室主任杨军向21世纪经济报道记者表示，团队 在 ...

Group 1 - The core viewpoint of the articles highlights breakthroughs in high-precision weather sensing and early warning technologies for low-altitude flight safety, which are crucial for the development of the low-altitude economy in China [1][2] - The second Low Altitude Economic Meteorological Frontier Technology Seminar showcased three innovative achievements aimed at enhancing low-altitude flight safety: high-precision weather sensing and warning technology, the Anhui Jianghuai boundary layer atmospheric parameter dataset, and the Hefei low-altitude meteorological service platform [1][2] - Approximately one-third of flight accidents are related to hazardous weather, emphasizing the importance of meteorological factors in ensuring low-altitude flight safety [1] Group 2 - The G/W class non-controlled airspace corresponds to the bottom of the atmospheric boundary layer, which is a critical area for low-altitude economic development [2] - Current meteorological monitoring and warning technologies do not fully meet the high-precision sensing and forecasting needs for low-altitude hazardous weather, which limits the safety assurance levels for low-altitude flights [2] - The research team has developed a short-term warning model for low-altitude turbulence that can provide accurate warnings for drone turbulence 15 minutes in advance, enhancing the monitoring and forecasting capabilities for medium and small-scale weather [2]

Core Viewpoint - The integration of intelligent robots, low-altitude flight, and smart automotive industries is characterized by technological synergy, shared elements, and application fusion, which can address challenges such as technological collaboration deficits, fragmented scenarios, and the lack of cross-domain standards, potentially leading to an optimal solution for the development of the intelligent industry and guiding global AI technology and application advancements [1]. Group 1: Conference Overview - The first Aggregated Intelligent Industry Development Conference will be held on September 16-17, 2025, in Optics Valley, focusing on the theme of "Collaborative Fusion of Innovation Chains and Industry Chains to Promote Aggregated Intelligent Industry Development" [1]. - The conference will feature a general assembly and a closed-door meeting, with representatives from government departments, industry organizations, academic institutions, and leading enterprises engaging in in-depth discussions and cross-domain exchanges [1]. Group 2: Morning Session Topics - The morning session will include a forum on building an efficient and collaborative aggregated intelligent industry chain, addressing key questions such as how to create a scalable and high-quality industry chain and the differences in requirements and technical routes for common electric and intelligent components across different terminals [2]. - Additional discussions will focus on resolving cost, reliability, certification standards, and protocol issues in the supply chain for the integration of intelligent robots, low-altitude flight, and smart automotive applications [2]. Group 3: Afternoon Session Topics - The afternoon session will center on promoting the application and industrialization of aggregated intelligent innovation technologies, covering topics such as identifying the latest technology trends in the field, developing classification standards for intelligent robots, and addressing early-stage data cold start issues [3]. - The forum will also explore the construction of an open-source system for aggregated intelligence and the development of a new integrated transportation system focused on autonomous driving and low-altitude applications [3]. Group 4: Closed-Door Meeting Focus - On September 16, a closed-door meeting will address critical issues in building a supply chain system for the aggregated intelligent industry, including the integration of intelligent robots and low-altitude flight with the automotive supply chain [4]. - Discussions will also cover the evolution of development routes and division of labor within the industry chain for intelligent robots, as well as the establishment of a global cooperation system for the aggregated intelligent industry [4].

Core Viewpoint - The development of unmanned aerial vehicles, intelligent connected vehicles, and humanoid robots as key strategic industries in China is expected to profoundly reshape future lifestyles through technological breakthroughs [4][6]. Group 1: Market Trends and Consumer Demand - The younger consumer demographic is increasingly willing to pay for trendy experiences, while mainstream consumers are opting for smart technology to enhance their life rituals, and the elderly are looking for technology to improve elder care services [5]. - The market is witnessing a surge in demand for smart applications, with intelligent connected vehicles becoming a significant driver of automotive consumption [5]. - In the first half of this year, the installation rate of L2-level and above assisted driving functions in domestic new energy passenger vehicles reached approximately 80%, with a notable increase in the rate of intelligent driving features in vehicles priced below 160,000 yuan [5]. Group 2: Technological Synergy and Innovation - Approximately 70% of the core components in the three industries share common technological roots, which facilitates collaborative innovation and reduces R&D costs [6]. - The integration of digital twin platforms can support the collaborative routing of vehicles and aerial vehicles, enhancing intelligent decision-making in complex environments [6]. - The automotive industry is becoming a core carrier for the implementation of cutting-edge technologies, with trends towards ecosystem-based operating systems, diversified energy supply, and data-driven closed loops [8]. Group 3: Entry into Low-altitude Economy - The low-altitude economy in China is projected to reach a market size of 1.5 trillion yuan by the end of this year and is expected to grow to 3.5 trillion yuan by 2035 [9]. - Several automotive manufacturers have completed the development of flying cars and are entering the testing phase, indicating a significant transformation in the transportation sector [9]. - Innovations such as the "mother ship vehicle + detachable flying vehicle" design allow seamless integration of land and air travel, redefining urban transportation networks [9]. Group 4: Industry Collaboration and Development - The development paths of intelligent connected vehicles and the low-altitude economy share many commonalities, suggesting positive synergistic effects between the two sectors [10]. - The introduction of specialized aviation batteries with a cycle life of 3,000 times and customized millimeter-wave radar for flying cars indicates a comprehensive upgrade of the supply chain [10]. - The need for technical, scenario-driven, and policy support is crucial for the gradual market entry of low-altitude vehicles, humanoid robots, and intelligent connected vehicles [11].