9月17日，工业和信息化部公开对《智能网联汽车 组合驾驶辅助系统安全要求》强制性国家标准，向社 会征求意见。专家表示，这将为我国智能网联汽车产业的发展再次筑牢安全底线。 最新数据显示，今年1—7月，我国具备组合驾驶辅助系统的乘用车新车销量为775.99万辆，同比增长 21.31%，渗透率升至62.58%。组合驾驶辅助系统的规模化应用为产业发展注入了新动能，但也存在着 产品性能缺乏统一基线等问题。专家表示，标准对智能网联汽车的行车安全提出更高要求，计划明年正 式发布。 这次发布的征求意见稿构建了智能网联汽车产品的安全基线，要求系统只能在其设计运行条件下激活。 针对单车道、多车道、领航辅助等不同功能，设置了人机交互、功能安全和预期功能安全、信息安全、 数据记录等全方位安全技术要求，构建了"三重安全保障"。 记者注意到，征求意见稿中提到，标准要求系统具备手部脱离检测以及视线脱离检测能力，一旦系统激 活期间驾驶员出现手部脱离、视线脱离，系统应发出提示以及报警，并在驾驶员未及时响应系统报警的 前提下可控地退出激活状态。 ...

征求意见稿中提到，标准要求系统具备手部脱离检测以及视线脱离检测能力，一旦系统激活期间驾驶员 出现手部脱离、视线脱离，系统应发出提示以及报警，并在驾驶员未及时响应系统报警的前提下可控地 退出激活状态。 最新数据显示，今年1—7月，我国具备组合驾驶辅助系统的乘用车新车销量为775.99万辆，同比增长 21.31%，渗透率升至62.58%。组合驾驶辅助系统的规模化应用为产业发展注入了新动能，但也存在着 产品性能缺乏统一基线等问题。专家表示，标准对智能网联汽车的行车安全提出更高要求，计划明年正 式发布。 据央视新闻，9月17日，工业和信息化部公开对《智能网联汽车 组合驾驶辅助系统安全要求》强制性国 家标准，向社会征求意见。专家表示，这将为我国智能网联汽车产业的发展再次筑牢安全底线。 这次发布的征求意见稿构建了智能网联汽车产品的安全基线，要求系统只能在其设计运行条件下激活。 针对单车道、多车道、领航辅助等不同功能，设置了人机交互、功能安全和预期功能安全、信息安全、 数据记录等全方位安全技术要求，构建了"三重安全保障"。 ...

标准基于我国道路交通特征，构建了包括道路交叉口、施工区、环岛、隧道等交通环境的试验场 景；为确保系统声明的各项能力均经过充分验证，要求至少通过场地试验、道路试验和文件检验验证系 统符合相关安全要求等。 新华社北京9月17日电（记者唐诗凝）工业和信息化部17日对《智能网联汽车 组合驾驶辅助系统安 全要求》强制性国家标准公开征求意见。标准针对单车道、多车道、领航辅助等不同功能设置全方位安 全技术要求。 记者从工业和信息化部装备工业一司获悉，这一标准填补了我国组合驾驶辅助系统产品安全基线空 白，将为行业准入、质量监督和事后追溯提供关键技术依据，有助于全面提升产品安全水平，切实保障 人民群众生命财产安全。 据介绍，标准的技术内容在合理可行的前提下，与相关国际标准法规协调接轨。从提升产品能力表 现、强化安全保障要求、规范系统使用方式构建"三重安全保障"，多维度规范组合驾驶辅助系统安全能 力，支撑道路交通安全水平提升。 值得注意的是，组合驾驶辅助系统不同于自动驾驶系统，并不具备独立识别及响应驾驶过程中全部 事件和场景的能力，需要驾驶员持续关注外界及本车情况并执行动态驾驶任务方可保障系统安全。标准 要求系统每次上电或点火后 ...

征求意见稿中提到，标准要求系统具备手部脱离检测以及视线脱离检测能力，一旦系统激活期间驾驶员 出现手部脱离、视线脱离，系统应发出提示以及报警，并在驾驶员未及时响应系统报警的前提下可控地 退出激活状态。 最新数据显示，今年1—7月，我国具备组合驾驶辅助系统的乘用车新车销量为775.99万辆，同比增长 21.31%，渗透率升至62.58%。组合驾驶辅助系统的规模化应用为产业发展注入了新动能，但也存在 着产品性能缺乏统一基线等问题。专家表示，标准对智能网联汽车的行车安全提出更高要求，计划明年 正式发布。 据央视新闻，9月17日，工业和信息化部公开对《智能网联汽车 组合驾驶辅助系统安全要求》强制性 国家标准，向社会征求意见。专家表示，这将为我国智能网联汽车产业的发展再次筑牢安全底线。 这次发布的征求意见稿构建了智能网联汽车产品的安全基线，要求系统只能在其设计运行条件下激活。 针对单车道、多车道、领航辅助等不同功能，设置了人机交互、功能安全和预期功能安全、信息安全、 数据记录等全方位安全技术要求，构建了"三重安全保障"。 ...

Group 1 - The draft proposal establishes a safety baseline for intelligent connected vehicles, requiring systems to activate only under designed operating conditions [1] - The proposal includes comprehensive safety technical requirements such as human-machine interaction, functional safety, information security, and data recording, creating a "triple safety guarantee" [1] - New data shows that from January to July this year, the sales of passenger cars equipped with combined driving assistance systems reached 7.76 million units, a year-on-year increase of 21.31%, with a penetration rate of 62.58% [1] Group 2 - ICBC Credit Suisse Fund indicates that the intelligent driving policy is expected to continuously catalyze the market, with high-end intelligent configurations accelerating their adoption [2] - Dongwu Securities reports that 2025 may be a turning point for automotive intelligence, with urban NOA (Level 3 intelligent core experience) becoming a key factor in consumer purchasing decisions [2] - The future of the automotive industry may see a division into three types of companies: B-end Robotaxi operations, C-end personalized brands, and high-end vehicle manufacturing [2]

最新数据显示，今年1—7月，我国具备组合驾驶辅助系统的乘用车新车销量为775.99万辆，同比增长 21.31%，渗透率升至62.58%。组合驾驶辅助系统的规模化应用为产业发展注入了新动能，但也存在着 产品性能缺乏统一基线等问题。专家表示，标准对智能网联汽车的行车安全提出更高要求，计划明年正 式发布。 9月17日，工业和信息化部公开对《智能网联汽车组合驾驶辅助系统安全要求》强制性国家标准，向社 会征求意见。专家表示，这将为我国智能网联汽车产业的发展再次筑牢安全底线。 这次发布的征求意见稿构建了智能网联汽车产品的安全基线，要求系统只能在其设计运行条件下激活。 针对单车道、多车道、领航辅助等不同功能，设置了人机交互、功能安全和预期功能安全、信息安全、 数据记录等全方位安全技术要求，构建了"三重安全保障"。 记者注意到，征求意见稿中提到，标准要求系统具备手部脱离检测以及视线脱离检测能力，一旦系统激 活期间驾驶员出现手部脱离、视线脱离，系统应发出提示以及报警，并在驾驶员未及时响应系统报警的 前提下可控地退出激活状态。 （文章来源：央视新闻客户端） ...

Core Insights - The 2025 International Automotive Intelligent Cockpit Conference was held in Suzhou, focusing on AI-enabled cockpit innovation and the future ecosystem of human-vehicle interaction [1] - The conference featured discussions on key technologies, international standards, and talent cultivation in the intelligent cockpit sector, with participation from 800 experts and representatives [1][3] Industry Development - The global automotive industry is undergoing a historic transformation driven by technology and innovation, with China's intelligent cockpit sector leading due to its technological and market advantages [3] - The future development of intelligent cockpits requires a strong foundation in core technologies like cockpit models and high-performance chips, emphasizing user-centric design and international collaboration [3] Regional Insights - Jiangsu Province, as a major automotive industry cluster, has established a complete innovation system in areas like vehicle-mounted chips and intelligent cockpit solutions, positioning Suzhou as a key player in the intelligent connected vehicle sector [3] - The establishment of the Yangtze River Delta Technology Exchange Center is a result of strategic cooperation between the China Automotive Engineering Society and the Suzhou government, aimed at enhancing regional automotive industry development [4] Research Findings - The average score for intelligent cockpit evaluations reached 6.78, with most models scoring above 6, indicating significant advancements in technology and consumer experience [5] - The report on the intelligent cockpit standard system aims to establish a framework by 2026 and to lead global standards by 2035, filling gaps in key technology standards [5] Technological Innovations - The integration of technologies like Tesla's FSD and China's "vehicle-road-cloud" model is highlighted, with a focus on cost-effective solutions and the need for clearer business models in the intelligent connected vehicle sector [6] - New network security solutions, such as the Multi-Identification Network (MIN), are proposed to enhance data security and privacy in intelligent cockpits [7] User Experience and Interaction - The concept of "happy space" is introduced by Li Auto, emphasizing the role of intelligent cockpits in differentiating automotive brands through advanced interaction systems [8] - Companies like Zebra Zhixing are focusing on user value-driven transformations in intelligent cockpits, leveraging AI to create personalized user experiences [8] Future Directions - Unity's advancements in 3D real-time rendering technology are set to enhance intelligent cockpit functionalities, including music visualization and interactive navigation [9] - The industry is moving towards a more human-centered approach in cockpit design, exploring new applications like in-car gaming and meditation spaces [9]

Group 1 - Junsheng Electronics, as a Tier 1 supplier, provides head assemblies to major North American clients, with a total value of approximately 20,000 yuan for three generations of products, and has achieved robot revenue of 30 million yuan, with automotive business recovering to double-digit growth since August [1] - In Abu Dhabi, nearly 150 Robotaxis have been deployed, while operational efficiency in Beijing and Guangzhou has improved to 15-17 orders per day, with tests ongoing in Switzerland and Singapore following suit [1] - CATL has secured a designated factory for M clients in Wuhan, with a single vehicle ASP of 700 yuan, expected to ramp up production by 2026 [1] - Weipai's Gaoshan series is projected to exceed annual sales of 10,000 units, with the Tank 500 Hi4-Z accounting for 65%, and Haval's domestic sales in September are expected to approach 40,000 units [1] - As of September 17, 09:38, the Intelligent Connected Vehicle ETF (159872.SZ) rose by 0.84%, with its related index CS Vehicle Networking (930725.CSI) increasing by 0.92%; major constituent stocks such as Junsheng Electronics, Desay SV, and CATL saw significant gains [1] Group 2 - Minsheng Securities highlights that Honda Motor has developed a preventive safety matrix system that significantly reduces riding risks, integrating a 360° perception system with radar, lidar, and cameras, marking the first application of passenger car-level ADAS systems in two-wheel platforms [2] - GF Securities reports that the gross margin of the automotive electronics sector increased by 1.3 percentage points year-on-year to 19.2% in H1 2025, with component manufacturers having a higher overseas revenue share achieving a gross margin of 21.2%, indicating a differentiated competitive landscape in the intelligent connected industry chain [2] - Related products include the Intelligent Connected Vehicle ETF (159872) [2] - Related stocks include CATL (300750), Inovance Technology (300124), Desay SV (002920), Dahua Technology (002236), SAIC Motor (600104), Junsheng Electronics (600699), Hongfa Technology (600885), Huayu Automotive (600741), OFILM (002456), and Zhongke Chuangda (300496) [2]

Market Overview - On September 16, A-shares showed mixed performance with the Shanghai Composite Index slightly up by 0.04%, Shenzhen Component Index up by 0.45%, and ChiNext Index up by 0.68% [1] - The STAR 50 Index led the market with a notable increase of 1.32% [1] - The total trading volume in the Shanghai and Shenzhen markets reached 23,414 billion RMB, showing a slight increase compared to the previous trading day [1] Sector Performance - The top-performing sectors included Comprehensive (3.62%), Machinery Equipment (2.06%), and Computer (2.06%) [5] - The sectors with the largest declines were Agriculture, Forestry, Animal Husbandry, and Fishery (-1.29%), Banking (-1.15%), and Non-ferrous Metals (-0.99%) [5] Fund Flow - The ETF market saw a reversal with a net inflow of 10.99 billion RMB, with stock ETFs specifically seeing a net inflow of 14.20 billion RMB [6] - Industry ETFs had a significant net inflow of 38.37 billion RMB, while broad-based stock ETFs continued to experience net outflows, though reduced to 26.14 billion RMB [6][7] - Notably, the Securities sector ETF saw a net inflow of 17.92 billion RMB, while the Technology sector, particularly the STAR 50 and Semiconductor indices, experienced significant outflows nearing 20 billion RMB [8][7] Key Highlights - The Securities ETF leader (159993) achieved a net subscription of 31.5 million units, marking 13 consecutive days of net inflows [9] - The Non-ferrous ETF (159880) recorded a net subscription of 23 million units, driven by macroeconomic factors influencing stock price fluctuations [10] - In the robotics sector, Elon Musk announced plans for a technical evaluation of AI5 chip design and a meeting regarding AI and autonomous driving systems [11][12] Investment Opportunities - The domestic auto market is expected to maintain rapid growth due to promotional activities and the upcoming sales peak in September and October [12] - The copper market is anticipated to experience a significant upward trend, supported by low non-commercial long positions and macroeconomic conditions [10]

Group 1 - Guangzhou has launched a work plan to establish itself as a pilot city for large-scale applications of vehicle-to-grid (V2G) technology, aiming to build at least 300 V2G charging piles by the end of 2025 [1] - The city has also initiated a special campaign to promote automobile consumption, offering subsidies of up to 5,000 yuan for car purchases from September 15 to 30 [1] Group 2 - The China Academy of Information and Communications Technology (CAICT) emphasizes that with the development of the digital economy, data has become a crucial factor in fostering new productive forces and promoting high-quality economic growth [3] - The vehicle networking industry is at a critical stage of new application development and model promotion, with vehicle networking data serving as a new production factor and an important source of value creation [3] - Vehicle networking data supports internal business integration for industry chain enterprises and facilitates the creation of new services and business models through data circulation, aiding innovation in the automotive, information communication, and transportation sectors [3] - Global attention is focused on the empowering role of vehicle networking data, with many countries and regions issuing policies and establishing special funds to build data-sharing platforms, accelerating the opening, sharing, and circulation of vehicle networking data [3] - Industry stakeholders, including automakers, roadside infrastructure operators, cloud platform service providers, and communication network operators, are actively exploring the value of vehicle networking data, enhancing internal business processes and product functionalities [3] - The advancements in intelligent connected vehicles and roadside infrastructure have improved auxiliary driving and autonomous driving services, reduced traffic accidents, and enhanced transportation efficiency and urban digital governance [3]