来源：唐诗凝/新华社 文件涉及修改及增加的内容还包括：更改了标准适用范围，删除不适用于电动汽车的相关描述，增加了 标志显示层级及可见性的要求，增加了动力蓄电池故障信号装置标志等。 工业和信息化部装备工业一司组织全国汽车标准化技术委员会开展了《汽车操纵件、指示器及信号装置 的标志》强制性国家标准的修订，已形成征求意见稿，近期公开征求意见。文件明确提出转向信号灯开 启/关闭、车窗升降、组合驾驶辅助系统激活等应装备实体操纵件。 据悉，这一文件代替GB 4094—2016《汽车操纵件、指示器及信号装置的标志》。本次修订新增实体操 纵件类型和技术要求，旨在提升行车安全，保证行车过程中关键操纵件可达、可用、基本可盲操，使驾 驶员不过分依赖视觉即可感知操纵件的触发结果，减少显示屏造成的分心，进一步保证操纵件的可靠性 和操作的有效性。 ...

一是持续完善标准体系。紧跟汽车技术趋势和行业实际需求，制定实施"十四五"技术标准体系建设方 案，持续建立健全智能网联汽车、新能源汽车、汽车芯片等重点领域标准体系，累计制定发布88项与安 全相关的强制性国家标准，构建起全球领先的汽车标准体系。 二是加快研制重点标准。修订发布电动汽车、动力蓄电池安全要求等新能源汽车强制性国家标准，将动 力电池热扩散要求从"5分钟报警"提升至"不起火、不爆炸"，进一步筑牢产品安全底线。制定发布轻型 汽车自动紧急制动系统、车载事故紧急呼叫系统等智能网联汽车强制性国家标准，推动提升车辆自身安 全和事故救助能力水平。同时，针对行业广泛关注的新技术、新产品，修订发布乘用车制动系统、汽车 门把手等多项国家标准，加快推进组合驾驶辅助系统、自动驾驶系统和泊车辅助系统等安全标准研制， 为不同场景下的驾驶自动化功能构建安全基线。 三是做好标准贯彻实施。综合运用"一图读懂"、"标准云课"、专题解读等多种形式，在标准发布后第一 时间对关键技术指标进行深度解读。同时，通过工信部汽车企业和产品准入管理强化标准贯彻执行，开 展汽车产品质量安全提升专项行动，加强新能源汽车、自动驾驶和软件升级等安全监管，将标准的 ...

汽车标准是衡量汽车产业技术水平和产品质量性能的标尺，在推动技术进步、促进产业发展、规范市场 秩序等方面发挥着重要作用。郭守刚表示，工信部坚决贯彻落实党中央决策部署，联合相关部门全力做 好汽车标准化工作，引领汽车产业转型升级，全方位提升车辆安全性能，有力支撑汽车产业高质量发 展。 一是持续完善标准体系。紧跟汽车技术趋势和行业实际需求，制定实施"十四五"技术标准体系建设方 案，持续建立健全智能网联汽车、新能源汽车、汽车芯片等重点领域标准体系，累计制定发布88项与安 全相关的强制性国家标准，构建起全球领先的汽车标准体系。 ● 本报记者 董添 2月4日，工业和信息化部装备工业一司副司长、一级巡视员郭守刚在道路交通标准化专题新闻发布会上 表示，下一步，工信部将继续深入贯彻落实《国家标准化发展纲要》《新能源汽车产业发展规划 （2021-2035年）》等要求，紧扣"高质量发展"和"高水平安全"这两大核心要义，加快推进驾驶自动 化、碰撞安全、操控件等重点标准研制，以标准升级促进汽车安全水平和质量性能提升，为产业高质量 可持续发展奠定坚实基础。 汽车产业是国民经济的重要支柱产业，也是促进消费、扩大内需、培育新质生产力的关键力量 ...

Core Viewpoint - The article discusses the implementation of the "Administrative Penalty Discretionary Power Benchmark Table" for the road motor vehicle production sector, aimed at standardizing administrative penalties and ensuring fair enforcement in accordance with relevant laws and regulations [3][4]. Group 1: Administrative Penalty Discretionary Power - The benchmark table will be effective from February 1, 2026, and addresses various violations such as providing false materials for vehicle production permits and unauthorized production or sale of vehicles [3][4]. - Specific violations include concealing relevant information, using improper means to obtain permits, and failing to accept supervision from the Ministry of Industry and Information Technology [3][4]. Group 2: Non-Punishment and Mitigation Circumstances - Certain circumstances can lead to non-punishment, such as minor violations corrected promptly, or if the offender can prove a lack of subjective fault [5]. - Mitigating circumstances for penalties include being a minor, actively reducing harm from the violation, or cooperating with authorities [5]. Group 3: Electric Vehicle Standards - The article also mentions the solicitation of opinions on the "Technical Requirements for Interchangeability of Battery Swap Systems for Pure Electric Commercial Vehicles," which aims to establish standards for battery swap systems to promote the electric vehicle industry [6][8]. - The standard is intended to facilitate seamless interchangeability between vehicles and battery swap stations, contributing to the growth of the electric commercial vehicle sector [9]. Group 4: Gasoline Engine Standards - A draft for the "Gasoline Engine High-Pressure Fuel Supply Connection Part 2: Fuel Pipe Assembly" standard has been released for public comment, with a deadline of March 14, 2026 [10][12]. - This standard aims to regulate the design and manufacturing of high-pressure fuel pipes used in gasoline engines, addressing the need for technical specifications to enhance product quality and reduce trade barriers [13][14].

Core Insights - The global automotive industry is at a critical juncture of electrification and intelligence transformation, necessitating enhanced standard communication and cooperation to establish a robust international standard system [2][4] - China's automotive industry is transitioning from rapid growth to high-quality development, seizing strategic opportunities during this transformation [2][4] Group 1: Industry Trends - The global automotive production and sales are steadily recovering, with the overall market showing resilience [2] - China holds a significant share in global automotive production and sales, particularly excelling in the new energy vehicle sector, with outstanding production, market scale, and industrial chain capabilities [2] - Advancements in solid-state battery research, high-power charging technology, and the integration of AI models into vehicles are notable trends, with the proportion of new passenger cars featuring combined assisted driving functions reaching a new high [2] Group 2: Standardization Challenges and Recommendations - The dual transformation towards electrification and intelligence presents new tasks and expectations for automotive standardization [3] - Increased global market competition necessitates standards that support fair competition and governance [3] - Rapid technological advancements in the automotive sector require standards to guide technological progress and innovation [3] - The deepening of the automotive ecosystem and accelerated digital transformation call for standards that optimize digital governance and cross-sector coordination [3] - Recommendations include promoting high-level international cooperation, optimizing the standard system structure, driving standard innovation, and enhancing the digital application of standards [3]

Group 1 - The 2025 World Automotive Standard Innovation Conference (WASIC 2025) was held in Pingshan, Shenzhen, from October 27 to 29, aiming to create a high-level international dialogue platform for sustainable automotive standards [1][2] - The conference has been established as a permanent event in Pingshan, enhancing international standard coordination and promoting technological recognition and market integration in the global automotive industry [2][4] - The conference resulted in significant achievements, including the unveiling of the China Automotive Standard Internationalization Center in Bangkok, which focuses on cross-regional cooperation [2][3] Group 2 - A memorandum of understanding was signed between the China Automotive Center and the Moroccan Standardization Research Institute to establish a platform for automotive standardization cooperation [3] - The "AI + Standardization" global automotive standard regulation digital platform was launched to enhance the international application value of standard regulations [2][3] - Pingshan has become a hub for the automotive industry, with a focus on the integration of vehicle-road-cloud technologies, supporting Shenzhen's selection as a national pilot city for this initiative [4][5] Group 3 - Pingshan aims to build a "new generation world-class automotive city," attracting key enterprises such as BYD and Faurecia, with a projected output value of 465 billion yuan for the new energy and intelligent connected vehicle sector in 2024, representing a 48.9% growth [5] - The number of key enterprises in Pingshan has increased from over 150 in 2022 to over 250, with an annual growth rate of 18.6% [5] - During the conference, the first national automotive chip standard verification public service platform was launched, focusing on quality standards and technology [5]

Core Viewpoint - China is transitioning from being a "standard follower" to a "standard leader" in the automotive industry, particularly in the fields of new energy vehicles and intelligent connected cars, as it capitalizes on its market scale and technological innovation [1][2][3] Group 1: Market Performance - In the first eight months of this year, China's new energy vehicle sales reached 9.62 million units, a year-on-year increase of 36.7%, with a market share of 45.5% [2] - The export of automobiles in the same period was 4.292 million units, reflecting a year-on-year growth of 13.7%, while new energy vehicle exports surged to 1.532 million units, up 87.3% [2] Group 2: Standardization Efforts - Since the beginning of the 14th Five-Year Plan, China has issued 95 national standards related to new energy vehicles, significantly enhancing the efficiency and cost-effectiveness of the automotive supply chain [2][3] - 35 Chinese automotive standards have been adopted by countries such as Chile, Ecuador, and Nigeria, covering areas like safety, battery systems, and charging devices [3][4] Group 3: International Collaboration - China has led the development of nearly 50 international standards in electric vehicles, intelligent connected vehicles, and collision safety, contributing to global technical governance [5][6] - The establishment of the China-Asean automotive standardization cooperation forum has resulted in the exchange of 139 Chinese electric vehicle standards and 95 Asean standards, marking a significant step in standardization cooperation [7] Group 4: Future Challenges and Opportunities - The increasing international demand for Chinese standards is evident, especially as the EU introduces stricter regulations on carbon footprint and battery recycling [8][9] - Despite the growing strength of China's automotive industry, particularly in new energy vehicles, challenges remain in achieving widespread international recognition of Chinese standards due to varying regulations across different countries [9]

Core Viewpoint - The article discusses the recent announcements from the Ministry of Transport regarding the public disclosure of the 78th batch of compliant road transport vehicle models and the solicitation of opinions on several mandatory national standards related to automotive technology and safety. Group 1: Road Transport Vehicle Compliance - On July 28, the Ministry of Transport published the "Road Transport Vehicle Compliant Model List (78th Batch)" which includes 1,821 compliant vehicle models [5][7] - The compliant models consist of 59 passenger vehicles, 41 passenger cars, 852 cargo vehicles, 291 tractors, and 578 trailers [7] - The public disclosure period for the compliant models is set for five working days [5] Group 2: National Standards Solicitation - On July 31, the Ministry of Industry and Information Technology announced the solicitation of opinions on three mandatory national standards, including "Basic Requirements for Automotive Steering Systems" [11] - The "Basic Requirements for Automotive Steering Systems" includes seven chapters and several appendices detailing technical requirements and testing methods [12] - The revision of the steering system standard is necessary to adapt to the latest technological advancements in electric and intelligent vehicles [13] Group 3: Safety Regulations and Standards - The draft for "Regulations to Prevent Driver Injury from Automotive Steering Mechanisms" outlines technical requirements and testing methods to enhance driver safety during frontal collisions [14] - The existing standard for preventing driver injury has undergone multiple revisions since its first release in 1989, with the latest being GB 11557-2011 [14][15] - The need for revising the current standards is emphasized due to the increasing complexity of the automotive environment and the rise of new vehicle technologies [15] Group 4: Hydrogen Fuel and Engine Standards - The draft for "Hydrogen Fuel Engine Spray Nozzles" aims to establish standards for hydrogen fuel systems, which are crucial for the development of fuel cell vehicles [19][20] - The lack of existing standards for hydrogen fuel components is seen as a barrier to technological advancement in this area [20] - The "High-Pressure Fuel Pump Installation Technical Requirements for Direct Injection Gasoline Engines" is also being proposed to guide manufacturers in developing fuel-efficient products [20][21] Group 5: Intelligent Connected Vehicles - The draft for "Technical Specifications for Autonomous Driving Systems in Ports" outlines general and functional requirements for autonomous vehicles used in container transport [26] - This standard aims to support the development of new industries and technologies in the automotive sector [26]

Core Viewpoint - The importance of a robust standardization system is emphasized as a key driver for innovation, competitiveness, and integration of the automotive industry in the global market [1][4][5]. Group 1: Standardization and Innovation - A well-established standardization framework is crucial for the sustainable and high-quality development of the automotive industry, facilitating trade, ensuring safety, and promoting technological innovation [4][5]. - The automotive industry is undergoing rapid transformation driven by electrification, intelligence, connectivity, and sharing, necessitating the evolution of standards to support these changes [5][7]. Group 2: International Collaboration - The second International Youth Engineer Exchange Conference was held in Ningbo and Tianjin, gathering nearly 30 young engineers from international standardization organizations and over 100 domestic representatives to discuss advanced automotive standards [2][15]. - China has made significant progress in promoting the internationalization of automotive standards, with over 83% of international standards being adopted domestically and more than 14,000 Chinese experts participating in international standardization efforts [1][8]. Group 3: Youth Engagement in Standardization - Young engineers are increasingly becoming core contributors to standard-setting processes, with their representation in international standardization organizations rising from 15% to 32% over the past decade [10]. - The automotive standardization international youth engineer exchange project aims to enhance understanding and cooperation among young engineers from diverse cultural backgrounds, fostering innovation and high-quality development in the automotive sector [13][22]. Group 4: Regional and Global Impact - The project encourages collaboration among automotive standardization institutions across regions, including RCEP countries and BRICS nations, to stimulate regional synergy and innovation [8][22]. - The importance of a unified technical standard is highlighted as it accelerates technological iteration and reduces industry costs, with young engineers playing a pivotal role in driving standard innovation [14][21].

Industry Information - The Ministry of Industry and Information Technology (MIIT) released the 2025 automotive standardization work points, focusing on promoting fuel consumption evaluation methods and indicators for passenger vehicles, as well as energy consumption limits for electric vehicles [7] - China's charging infrastructure has surpassed 13.749 million units, with a year-on-year growth of 47.6%, including 3.9 million public charging facilities and 9.849 million private charging facilities [8] - NIO has achieved "county-wide battery swap coverage" in Guangdong, with 428 battery swap stations covering 122 counties, and a total of 3,289 battery swap stations nationwide [34] - BYD's "Shenzhen" ship, the world's largest car transport ship, has set sail carrying over 7,000 electric vehicles to Brazil, marking the largest single batch export of new energy vehicles from China [32] - Xiaomi has partnered with 18 operators to expand its charging network, with over 1.26 million charging piles integrated into its charging map [30] Policy Information - Guangdong Shantou has implemented a trial management method for paid use of charging piles [16] - Inner Mongolia will provide a subsidy for new energy vehicle purchases at a ratio of 1:0.5 based on national subsidy standards [16] - The National Energy Administration has issued measures to promote the development of the private economy in the energy sector, supporting new energy technologies and charging infrastructure [17] - A new local standard for electric vehicle charging stations in Guangzhou will take effect on May 8, aiming to ensure fair transactions and improve service quality [18] Company Information - Leap Motor will provide an electric vehicle platform to FAW Hongqi to help expand its overseas market [29] - BYD's new passenger car factory in Cambodia is expected to start production in Q4 2025, with an annual capacity of 10,000 vehicles [33] - Xiaomi's YU7 model has introduced a new version with a range of 835 kilometers [35] - XPeng Motors has launched the industry's first intelligent assisted driving insurance, providing coverage for various scenarios [37] - SAIC Group's "Shangjie" project for high-end intelligent new energy vehicle production has officially settled in the Lingang New Area [38]