2月2日，广东省发展改革委印发的《广东省2026年优化市场化一流营商环境工作方案》指出，支持广 州、深圳、横琴等地区推进智能网联汽车道路测试和示范应用，推动跨区域道路测试结果和牌照互认。 推广智能网联汽车在无人配送、景区接驳、物流运输、智能环卫等场景的应用。 编辑丨安安 作者丨彭鑫 ...

Domestic News - The Ministry of Commerce and nine other departments encourage local governments to increase the number of subsidies for replacing old consumer goods during the Spring Festival, aiming to boost offline retail support and promote various product exhibitions [2] - The China Automobile Dealers Association reports that the automotive consumption index for January 2026 is 31.1, indicating a phase of adjustment in the automotive market due to multiple factors including the Spring Festival holiday and tax changes for new energy vehicles [4] - Guangdong province supports the testing and demonstration of intelligent connected vehicles in cities like Guangzhou and Shenzhen, promoting applications in areas such as logistics and smart sanitation [5] International News - Tesla confirms the mass production of its 4680 battery using dry electrode technology for both the anode and cathode, as disclosed in its fiscal year 2025 fourth quarter update [6] - Hyundai officially abandons the option to repurchase its vehicle manufacturing plant in St. Petersburg, Russia, indicating a permanent exit from local production [8] - Toyota's joint venture in Indonesia, PT Toyota-Astra Motor, has begun preparations for local production of hybrid vehicle batteries, establishing a dedicated production line [9] Corporate News - BYD announces the launch of a new automotive brand, Linghui, which will focus on B2B markets such as ride-hailing and corporate transportation, differentiating itself from the personal passenger vehicle market [10] - XPeng Motors officially starts large-scale overseas shipments of its 2026 model P7+, marking its entry into 18 countries [11] - Xiaomi's CEO Lei Jun responds to claims of a price collapse in the second-hand car market, highlighting that the SU7 electric model has a one-year resale value retention rate of 86.05%, ranking first according to a report [12] - Cao Cao Mobility announces that its Robotaxi 2.0 fleet is equipped with low-orbit satellite communication technology, which will enable new SOS features [13] - SAIC-GM-Wuling reports global sales of over 105,000 vehicles in January, with a significant year-on-year growth of over 40% in overseas markets [14] - Huawei's executive Yu Chengdong announces the upcoming launch of the new model Aito M6, indicating a strong product lineup for the spring [15]

本报记者 刘钊 马宇薇 在东北黑龙江边，气温已降至零下三十多摄氏度，雾气被寒风吹成细碎的冰晶，落地后附着在路面上。 路的尽头，一辆问界测试车缓缓加速，随后紧急变线；不远处的331国道上，东风奕境疾驰而过，工程 师紧盯数据曲线，验证结冰路面四驱系统的扭矩分配与牵引控制；另一边的吉利黑河高寒试验基地内， 底盘标定车辆在不同路谱间来回切换，轮胎卷起的雪粉像白烟般贴地散开，仪器箱里不断跳动的温度、 电流、转角信号，将"冷"具象化为一串串可追溯的参数…… 这一幕幕极端环境下的车辆测试场景，是中国汽车产业向新能源化、智能网联化加速转型背景下，车企 提升安全性和竞争力的关键环节。 "近年来，黑河始终深耕不辍寒区测试产业，冰雪经济基础不断夯实。"黑龙江省黑河市委副书记、市长 秦波表示，"地面+空中"的全场景测试覆盖，冰雪产业营收稳步增长，"试车+文旅+赛事"融合业态蓬勃 发展，为深化冰雪领域合作创造了有利条件、提供了广阔空间。 寒区试车成车企必选项 政策引导是推动生态产品价值实现和区域特色优势转化的关键前提。《中共中央关于制定国民经济和社 会发展第十五个五年规划的建议》提出，"因地制宜拓展生态产品价值实现渠道"。这意味着，寒 ...

Core Viewpoint - The article discusses the development and public consultation of national standards for evaluating active safety functions in vehicles, particularly focusing on the requirements for rear-end target objects in passenger cars, aiming to enhance safety testing protocols in the automotive industry [3][5][6]. Group 1: National Standards for Vehicle Safety - The national standard titled "Testing Equipment for Evaluating Active Safety Functions of Road Vehicles" has been drafted and is open for public consultation until March 28, 2026 [3]. - The standard includes seven chapters and four appendices, detailing the characteristics and performance requirements for rear-end target objects in passenger vehicles [5]. - The document aims to establish specifications that allow target objects to replace real passenger vehicles in terms of appearance, size, and reflective properties [5][6]. Group 2: International Standards and Adaptation - The standard is based on ISO 19206, which includes various parts for different target objects, and has been modified to suit China's specific needs [6][7]. - The first part of the standard focuses on the requirements for rear-end target objects, ensuring they align with the characteristics of real vehicles on Chinese roads [7]. - The development process of this standard considers international standards to ensure consistency in testing results and applicability to local vehicle characteristics [7]. Group 3: Battery Testing Standards - A draft for the "Technical Specification for In-Service Testing of Electric Vehicle Power Batteries" has been released for public consultation until March 31, 2026 [18]. - The specification outlines general testing conditions, methods, and requirements for assessing the performance and safety of power batteries in service [18][20]. - The need for such standards arises from frequent incidents of vehicle fires and breakdowns attributed to battery issues, highlighting the importance of standardized testing methods to enhance safety and consumer confidence in electric vehicles [19][20].

Domestic News - Guangdong Province Development and Reform Commission issued the "Guangdong Province 2026 Optimization of Market-oriented First-class Business Environment Work Plan," supporting smart connected vehicle road testing and demonstration applications in cities like Guangzhou and Shenzhen [8] - Shanghai announced a vehicle replacement subsidy policy, providing up to 15,000 yuan for replacing vehicles with new energy cars and up to 13,000 yuan for fuel vehicles with a displacement of 2.0 liters or less [9] - Beijing Economic and Technological Development Zone is implementing the "Smart Connected Navigation Action," focusing on building a national AI automotive manufacturing pilot base and enhancing data-driven technology in smart connected vehicles [10] - China's manufacturing purchasing managers' index (PMI) for January 2026 is reported at 49.3%, indicating a slight contraction in market demand but continued production expansion [12] - The National Energy Administration announced plans to establish 28 million charging facilities by the end of 2027, supporting over 80 million electric vehicles [13] - Xiaomi Automotive opened 9 new stores in January and plans to add 6 more in February, expanding its service network across 159 cities [14] - Dongfeng Motor's Munich Design Center has officially opened, enhancing its global design and R&D capabilities [15] - Great Wall Motors' WEY brand 80 has been renamed WEY G9 for its entry into the Malaysian market, targeting competition with Toyota's Alphard and Vellfire [17] International News - California is advancing new emission regulations and plans to introduce a $200 million electric vehicle incentive program to fill the gap left by the previous federal tax credit cancellation [18] - Stellantis plans to increase production in Italy by adding shifts and launching new models to meet production targets starting in 2026 [19] - Toyota's Indonesian factory has begun local production of hybrid vehicle batteries to meet growing market demand [20] - India is set to launch subsidy policies to support the construction of lithium and nickel processing plants, aiming to enhance local production capacity for electric vehicle components [21][22] Commercial Vehicles - Windrose Electric's pure electric heavy truck has officially registered in Belgium, marking the first legal operation of a Chinese electric heavy truck in Europe [23] - Nanyang's transportation department is accelerating the construction of charging and swapping stations for heavy trucks to support the transition to electric heavy-duty vehicles [24] - Mercedes-Benz has launched the NextGenH2 hydrogen fuel cell heavy truck, with small-scale production set to begin at the end of 2026 [25] - Successful Automotive has signed a strategic cooperation agreement with Electric Vehicle Resources to enhance brand upgrading and channel transformation in the new energy commercial vehicle sector [27]

Group 1 - The report highlights the importance of the New Third Board as a crucial part of China's multi-tiered capital market, providing services such as listing and equity financing for numerous small and medium-sized enterprises [3][19] - As of February 1, 2026, the New Third Board has facilitated the listing of a total of 864 companies to the Shanghai, Shenzhen, and Hong Kong stock exchanges [3] - The semiconductor industry is entering an upward cycle, driven by the growth of emerging markets such as artificial intelligence, smart connected vehicles, 5G, cloud computing, and the Internet of Things [4][28] Group 2 - Yongzhi Co., Ltd. is recognized as a "little giant" in the semiconductor chip packaging sector, focusing on lead frames and packaging substrates, with a market share of 2.48% in the global lead frame market for 2024 [4][34] - The global semiconductor packaging materials market is expected to exceed $26 billion by 2025, with a compound annual growth rate of 5.6% until 2028 [4][28] - Comatech Co., Ltd. specializes in high-performance composite materials for the high-computing industry, providing solutions for data communication, semiconductors, and power electronics [5][41] Group 3 - The report indicates that 12 new companies were listed on the New Third Board during the week of January 26 to February 1, 2026, with an average revenue of 526 million yuan and an average net profit of 43.12 million yuan [6][15] - Jinlong Rare Earth is highlighted as a leader in the rare earth deep processing industry, with significant production capabilities established by January 2025 [6][15] - The report notes that the total market capitalization of listed companies on the New Third Board reached approximately 25.18 trillion yuan by the end of 2025 [6][25]

Domestic News - The State Council has issued a plan to promote innovation in the automotive circulation and consumption sector, focusing on the development of the automotive aftermarket and supporting pilot projects in selected cities [4] - As of now, 25 key automotive chips have completed certification reviews, with a cumulative installation volume exceeding 20 million units, helping vehicle manufacturers reduce selection and verification costs by approximately 40% [5] - The Ministry of Transport announced measures to ensure charging demand for new energy vehicles during the Spring Festival, including the installation of 71,500 charging guns in highway service areas by the end of 2025 [6] - By 2028, Yunnan aims to develop its new energy battery and phosphorus industries into new trillion-yuan industries, with a focus on high-value utilization of phosphorus resources [8] - Volkswagen China has successfully delivered its regional control electronic architecture (CEA) designed for the Chinese market, with plans to launch five new models based on this architecture in 2026 [9][10] - GWM has launched the WEY G9 Hi4 PHEV in Malaysia, marking a significant step in its new energy strategy for the ASEAN market [11] - Black Sesame Intelligence has signed a strategic cooperation agreement with Baidu's autonomous driving service platform, focusing on the development of autonomous driving technology [13] International News - Canada and South Korea have signed a memorandum of understanding to enhance cooperation in the automotive sector, including traditional vehicles, electric vehicles, battery manufacturing, and hydrogen commercial vehicles [15] - Tesla has received approval to test its fully autonomous driving system across Sweden, which will help improve the technology's performance in real-world conditions [16] - Vietnam's automobile imports are projected to grow by 18.6% in 2025, with a total of 205,630 vehicles imported, reflecting an increase in high-value models [17] - NVIDIA and Mercedes-Benz are advancing their plans to launch autonomous taxi services in major cities globally, with Uber joining the collaboration [19] Commercial Vehicles - Zhejiang Yuantong New Energy and GAC Group have signed a strategic cooperation agreement to promote the intelligent transformation of commercial vehicles [20] - Dongfeng Liuzhou and Guilin University of Electronic Technology have made significant breakthroughs in key technologies for medium and heavy commercial vehicle control chassis [21] - Chery Commercial Vehicles has established its European headquarters in Liverpool, UK, marking its first headquarters project in Europe [22] - China National Heavy Duty Truck Corporation's market value has surpassed 100 billion HKD, indicating a significant milestone in the commercial vehicle industry's valuation [24]

Core Viewpoint - The transition from L2 to L3 autonomous driving represents a significant shift in responsibility from the driver to the system, posing challenges for automotive companies in developing L3 vehicles [1][6]. Group 1: Challenges in L3 Development - The three main challenges in developing L3 vehicles are the shift in responsibility, the generalization of long-tail scenarios, and the safety of human-machine interaction [6]. - The shift in responsibility involves a dynamic and contextual process where the system takes charge in specific scenarios, requiring the driver to be ready to intervene when necessary [6]. - Long-tail scenario generalization refers to the system's ability to make safe and reliable decisions in low-probability but high-risk situations, such as extreme weather or unexpected obstacles [7]. Group 2: Safety and User Education - L3 systems must meet higher functional safety standards, encompassing both hardware and software safety redundancy designs [8]. - Companies should establish a user education mechanism to ensure proper use of L3 features, including training and informed consent regarding operational design domain (ODD) and takeover responsibilities [10]. - Effective human-machine interaction (HMI) is crucial, with mandatory alerts to inform users when the system is in driving mode and when a takeover is required, allowing at least 10 seconds for the driver to respond [10]. Group 3: Future Outlook - The commercialization of L3 vehicles is accelerating, with mass production expected to begin by the end of 2025 and widespread adoption anticipated around 2030 [11]. - The entry of L3 vehicles into the market will reshape the intelligent connected vehicle industry in China across regulatory, technical, market, and responsibility dimensions [11]. - To support the healthy development of autonomous driving, there is a need for integrated infrastructure, clear legal frameworks, and public awareness to prevent over-reliance on automated systems [11].

Core Insights - The transition from L2 to L3 autonomous driving represents a shift from driver assistance to conditional automation, indicating a change in responsibility from the driver to manufacturers and system suppliers [2][4] - The Ministry of Industry and Information Technology announced that Changan Automobile's Deep Blue brand and BAIC's Arcfox received the first licenses for L3 conditional autonomous driving vehicles in China, marking a new phase from technology validation to mass production [2] Group 1 - The key points for the transition from L2 to L3 include system reliability, functional safety, human-machine takeover boundaries, and refined operational design domain management [2] - The establishment of AI decision-making models needs further breakthroughs in terms of reliability and interpretability [2] - L3 vehicles may not have a single entity responsible for safety; it requires a combination of technical reliability, regulatory standards, and insurance resources to mitigate risks [2][3] Group 2 - L2 and L3 vehicle insurance will differ significantly, with L2 insurance primarily protecting the owner's rights, while L3 insurance may innovate to cover system suppliers and manufacturers [3] - Challenges for promoting L3-specific insurance include pricing, data barriers among manufacturers, and the profitability potential for insurance companies [3] - L3 vehicles are expected to rapidly advance in the To B operational sector by Q1 2026, with L2 systems penetrating approximately 150,000 models [4] Group 3 - The introduction of L3 vehicles is anticipated to positively impact China's intelligent connected vehicle industry by enhancing industry standards and accelerating development through improved user experience [4] - Four areas are identified for collaborative efforts to ensure the healthy development of autonomous driving: policy collaboration, standardization, industry chain collaboration, and consumer education [4]

随着汽车新能源时代来临，OTA升级成为车企持续优化产品、提升用户感知技术进步的重要环节，可针对座舱系统、行驶系统、驾驶辅助系统等项目进 行单独升级，更便捷。车主不用跑售后就能更新车辆数据，车企甚至可以通过OTA为车辆增加新的功能。 不过，OTA带来的弊端也一同显现——前有车辆行驶中OTA升级导致停车，后有OTA后趴窝的窘态。OTA把汽车变成了"四个轮子的智能手机"，手机死 机可以重启，汽车死机却可能发生车祸。 2025年车企OTA频率持续上涨 2025年，我国汽车市场的OTA更新内容呈现爆发式增长。据乘用车市场信息联席分会公布的2025年OTA监测月报的数据，2025年全年，我国乘用车市场 共通过OTA推送10003项功能更新，相比2024年的7601项功能更新，增加超三成，平均每月更新功能项达833项，其中8月、9月、10月、12月更新功能项均超 1000项。 按品牌来看，2025年平均每月约有20个品牌推送OTA更新，其中新势力品牌更新功能项占比为约30%，为3061项；自主品牌占比达65%，达到6448项； 合资及豪华品牌最少，不到5%。从内容看，新势力品牌突出高精尖路线，VLA、世界模型、智能座舱是主 ...