2026年，主流车企将进一步推动从域集中式架构到"中央计算+区域"架构的切换。在智能化下半场，整车电子电气架构的先进程度，某种程度上将决定各 大品牌车型的竞争力。 1月底，小鹏汽车和大众合作的CEA架构首搭车型与众07正式量产下线。该整车电子电气架构采用区域控制设计，集成高性能中央计算平台。2026年起， 搭载CEA架构的车型将从A级车拓展至B级车，逐步覆盖大众在华三大合资企业的新产品。 高工能汽车研究院监测显示，2025年中国市场（不含进出口）乘用车前装标配物理区域控制器ZCU（HPC+ZCU架构下统计口径，剔除位置域BCM部分） 车型交付量达到289.90万辆，同比增长了92.79%，年度渗透率已突破10%。2025年搭载ZCU的车型销量占比已经提升至5%，部分头部传统自主品牌这一比 重甚至已接近15%。 高工智能汽车研究院监测显示，2025年包括吉利、奇瑞、广汽、一汽、长安、小鹏、蔚来、赛力斯、零跑等车企在旗下部分车型平台采用了新一代集中式 区域控制架构；另外公开消息显示，在2026年包括丰田、大众等合资品牌同样将推动拓新一代区域控制架构在旗下车型平台的落地。 高工智能汽车研究院同时还监测到，区域域控制 ...

近日，大众汽车集团（中国）宣布，其专为中国市场研发的区域控制电子电气架构（CEA架构）已于2025年底如期交付。首款基于该架构的车型——大 众品牌ID.与众07，已在安徽工厂正式投产。此举标志着大众在中国市场迈入"软件定义汽车"的量产新阶段。 集团管理董事会主席奥博穆称，CEA架构的量产是"在中国，为中国"战略的关键里程碑，展示了集团将前沿技术高效推向市场的能力。大众汽车集团 （中国）董事长兼首席执行官贝瑞德指出，该架构实现了"中国速度"与"大众基因"的融合，为持续推出软件驱动创新的产品奠定了基础。 据悉，采用新架构及相应开发流程后，整车开发效率最高提升约30%，部分新车型开发成本最多可降低约50%，有助于集团更敏捷地响应中国本地市场 需求。 大众汽车集团表示，今年内，其在华三大合资企业将陆续推出共五款搭载CEA架构的新车型，涵盖纯电、混合动力及燃油等多种动力类型。大众也由此 成为业内首家将区域电子架构规模化应用于多车型、全动力类型的整车制造商。 随着CEA架构的落地，大众汽车在华智能化进程全面提速。2026年，大众汽车集团计划在中国推出超过20款新能源车型，持续深化其向软件与AI驱动 的智能出行转型。 据介 ...

点 击 蓝 字 关 注 我 们 本文全文共 4123 字，阅读全文约需 13 分钟 2.特斯拉获准在瑞典全境测试完全自动驾驶系统 3.2025年越南汽车进口增长18.6% 目录 国内新闻 1.国办:推动汽车流通消费领域全链条创新发展 5.云南:到2028年，新能源电池和磷产业成为新的千亿级产业 6.大众中国CEA架构如期投产交付 7.GWM WEY G9 Hi4 PHEV登陆马来西亚 8.黑芝麻智能与百度萝卜快跑达成战略合作 国外新闻 1.加拿大和韩国签署谅解备忘录 4.英伟达与梅赛德斯-奔驰推进自动驾驶出租车项目 商用车 1. 远程新能源与广汽领程达成战略合作 推动商用车智能化转型 2. 东风柳汽联合桂电攻克中重型商用车线控底盘关键技术 3. 奇瑞商用车欧洲总部落户英国利物浦 4. 中国重汽市值突破千亿 国内新闻 1 2.截至目前汽车芯片领域完成25款关键芯片认证审查 3.交通运输部:春运期间将多措并举保障新能源汽车充电需求 4.重庆:到2027年，聚焦交通运输等重点领域 国办:推动汽车流通消费领域全链条创新发展 时间:2026.1.3.0 来源:财联社 1月29日，国务院办公厅发布关于印发《加快培育服务消 ...

相较于上一代车型，CEA架构可将电子控制单元数量减少约30%，显著降低系统复杂程度，为AI智能座 舱、高级驾驶辅助功能及整车空中下载技术升级提供更稳固的技术底座支撑。今年，大众集团在华三大 整车合资企业计划陆续推出共5款搭载CEA架构的新车型。 "将中国速度与大众基因深度融合，这就是我们在中国规模化研发智能网联汽车的独特方式。"大众汽车 集团（中国）董事长兼首席执行官贝瑞德说。 大众汽车集团（中国）1月28日晚宣布，专为中国市场研发的区域控制电子电气架构——CEA架构，于 2025年底如期交付，首款基于该架构的大众品牌车型"ID.与众07"同期在大众安徽工厂正式投产。 据介绍，CEA架构由位于安徽合肥的大众汽车（中国）科技有限公司、CARIAD中国与小鹏汽车联合研 发，从概念提出到量产落地仅历时18个月，创下大众集团全新电子电气架构的最快研发速度。 据介绍，2026年，大众汽车集团将在中国市场全面提速，旗下各品牌超20款新能源车型将密集走向市 场。（记者汪海月） 【纠错】 【责任编辑:谷玥】 ...

Core Insights - Volkswagen Group (China) has acquired key technology packages from Xpeng Motors through intellectual property payments, including the overall electronic and electrical architecture, regional controller hardware design, related underlying software, and cloud implementation [1] - The collaboration between Volkswagen and Xpeng began in 2023, with Volkswagen investing approximately $700 million for a 4.99% stake and agreeing to jointly develop electric vehicles for the Chinese market [1] - The CEA project, initiated in July 2024, aims to create a new generation of electronic and electrical architecture tailored to Chinese market demands, allowing Volkswagen's China team to rapidly absorb technology and iterate independently [1] Company Strategy - The first model utilizing this collaboration, the "Zhizhong 07," was delivered in a short timeframe, benefiting from the CEA1.0 architecture developed within 18 months [1] - The "white box" technology transfer does not include Xpeng's core software for intelligent driving and cockpit applications, which are essential for brand differentiation [1] - Volkswagen's future core new energy vehicle platforms in China will be the CMP (Compact Modular Platform) and CSP (Scalable Platform), with the local electronic and electrical architecture (CEA) being the only enabling technology for these platforms [1] Differentiation Approach - The CEA architecture will allow for differentiated configurations based on various brand models, similar to how different room styles can be achieved through decoration [2] - Both the electronic and electrical architecture and the vehicle's interior and exterior designs can be customized to create brand distinctions, akin to the similarities and differences found in mobile phones [2]

Core Viewpoint - The article discusses the transformation of Volkswagen's software development strategy in China, emphasizing the importance of local adaptation and collaboration with Chinese technology firms to enhance their electronic and electrical architecture capabilities [4][21][40]. Group 1: Software Defined Architecture (SDA) - The Software Defined Architecture (SDA) was completed in 2023 by Changan Automobile, marking a significant advancement in China's automotive industry by enabling hardware and software decoupling, which is essential for achieving "software-defined vehicles" [6][9]. - Volkswagen recognized the need for self-developed software and electronic architecture as early as 2020, leading to the establishment of the CARIAD software division to create a unified software platform [9][11]. - CARIAD faced challenges such as delivery delays and continuous losses, which ultimately led to leadership changes within the organization [13][16]. Group 2: CARIAD China and Leadership Changes - CARIAD China was established in April 2022, and its leadership was crucial in addressing the competitive pressure from local Chinese automakers [11][21]. - The appointment of Han Sanchu, an expert in software and hardware integration, was seen as essential for revitalizing CARIAD China and adapting to local market needs [23][39]. - Han Sanchu's experience in developing the SDA at Changan provided him with the necessary expertise to lead CARIAD China effectively [35][39]. Group 3: Collaboration with Xiaopeng Motors - Volkswagen announced a collaboration with Xiaopeng Motors to leverage their electronic architecture technology, aiming to accelerate the development of a localized electronic architecture for the Chinese market [41][49]. - The collaboration involves knowledge transfer, where CARIAD's team will learn from Xiaopeng's source code and development practices [49][52]. - This partnership is designed to enhance CARIAD China's capabilities and align them with the standards of new Chinese automotive players [54]. Group 4: Development Timeline and Future Plans - The first version of the China Electrical Architecture (CEA1.0) is scheduled for delivery in December 2025, with plans for subsequent versions (CEA1.3 in September 2026 and CEA2.0 in June 2027) [56][61]. - The CEA architecture will support various vehicle types, including fuel, hybrid, and electric models, with the potential for Audi models to adopt this architecture in the future [62][65]. - Han Sanchu aims to establish a self-developed approach to intelligent driving, positioning Volkswagen among the top three in this domain [65].

Core Viewpoint - The first model based on Volkswagen's CEA (China Electrical Architecture) specifically developed for the Chinese market will officially start production on December 31 in Anhui, China [1]. Group 1: Model Development and Features - The model, named "Yuzhong 07," is led by a Chinese team and has achieved a complete development chain from electronic architecture to vehicle integration in just 18 months [3]. - The CEA architecture 1.0, developed in collaboration with XPeng, will be followed by a 2.0 version in 2027 that supports multiple power types, and a 3.0 version in 2029 focusing on SOC chip development [3][4]. Group 2: Strategic Transformation - Volkswagen is transitioning decision-making power from Germany to China, allowing local teams to have unprecedented autonomy in developing new energy vehicles and electronic architectures [8]. - The CEA architecture aims to quickly enhance capabilities in electronic architecture, with plans to launch at least four models using CEA 1.0 starting next year [4]. Group 3: Financial Performance and Market Strategy - In Q3, Volkswagen reported revenues of €80.305 billion, a 2.3% increase year-on-year, but also a net loss of €1.072 billion, marking the first quarterly loss in five years [9]. - The company aims to balance profitability in the fuel vehicle market while scaling up in the new energy vehicle sector, with expectations for financial recovery by 2027 [9][11]. Group 4: Future Plans and Market Position - From 2026, the first models equipped with the CEA architecture and advanced driving assistance features will be delivered, with over 20 electric smart models planned before 2027 [11]. - By 2030, the lineup of pure electric smart models is expected to expand to around 30, covering various market segments [11].

Core Insights - The first model developed in collaboration between Volkswagen Group and Xpeng Motors will be launched on December 31, 2023, taking only 18 months to develop [1][5]. Group 1: R&D Transformation - Volkswagen Group has shifted its R&D decision-making authority from Germany to its Chinese team, granting significant autonomy in key areas such as overall vehicle development, platform development, electronic and electrical architecture, and software development starting this year [3][7]. - In July 2024, Volkswagen Group and Xpeng Motors signed a strategic cooperation agreement for the joint development of electronic and electrical architecture for the CMP and MEB platforms, aimed at creating industry-leading technology [3][7]. - In August 2023, it was announced that the jointly developed electronic and electrical architecture will be integrated into Volkswagen's pure electric vehicle platforms in China, as well as its fuel and plug-in hybrid vehicle platforms [3][7]. Group 2: CEA Architecture - The CEA 1.0 architecture is designed to quickly address Volkswagen Group's deficiencies in electronic and electrical architecture, with the first vehicle expected to be delivered by the end of this year and four additional vehicles planned for next year [4][8]. - The CEA 2.0 architecture will expand horizontally to support not only A-class vehicles but also D-class vehicles, and will provide multi-power support, including pure electric, range-extended, and hybrid options, marking a significant milestone for Volkswagen [4][8]. - The CEA architecture will undergo iterations every two years, with CEA 2.0 expected in 2027 and CEA 3.0 in 2029 [4][8].

Core Viewpoint - The automotive industry is experiencing a wave of new regulations aimed at enhancing user safety and establishing clear standards, which may benefit established manufacturers that adhere to high standards and can meet stringent requirements without sacrificing innovation and user experience [1][2]. Regulatory Developments - Numerous new regulations and mandatory national standards have been released this year, elevating key safety performance from industry consensus to mandatory requirements, including the strictest battery safety standards and regulations on advanced driver assistance systems [1]. - The Ministry of Public Security has proposed a mandatory national standard for vehicle operation safety, which includes a new standard that limits passenger car acceleration to no less than 5 seconds per 100 kilometers [1]. Company Strategy and Market Position - The discussion around acceleration performance limitations reflects a growing concern over unnecessary performance competition, aligning with the company's commitment to prioritize driving safety [2]. - The company emphasizes that compliance is foundational to product design, with safety being a core aspect of its DNA and a fundamental user demand, ensuring that speed does not compromise safety [2]. - The rapid development of the Chinese electric vehicle market, with a penetration rate exceeding 50%, has altered the competitive landscape, putting pressure on joint ventures like the company to transform [2]. Collaborative Development and Product Strategy - Starting in 2026, the company's three joint ventures in China will share the CEA architecture, CMP, and CSP platforms, allowing for coordinated product development and avoiding redundant investments [3]. - Each joint venture will focus on distinct target user groups while maximizing synergies through shared platforms and technologies, with a focus on expanding the lineup of new energy products, including electric, plug-in hybrid, and range-extended electric vehicles [3].

Core Viewpoint - Xiaopeng Motors and Volkswagen Group announced an expansion of their jointly developed Centralized Electronic Architecture (CEA) to include fuel and hybrid vehicles starting in 2027, marking a significant shift in their collaboration [2][4]. Group 1: Collaboration Details - The CEA architecture will be applied to Volkswagen's locally developed electric vehicles and will expand to fuel and hybrid models, enhancing the scale and competitiveness of Volkswagen's offerings in the Chinese market [2][4]. - The first electric vehicle developed under this collaboration is expected to launch in 2026, with a joint development team established in Guangzhou and Hefei [3][4]. - CEA architecture is developed by Volkswagen (China) Technology Co., CARIAD China, and Xiaopeng Motors, with CARIAD playing a crucial role in integrating advanced driver assistance systems and smart cockpit software [3][5]. Group 2: Market and Technical Implications - The shift to CEA architecture is seen as a response to the need for technological iteration, market competition, and industry transformation, as traditional fuel vehicles face declining sales [4][5]. - The centralized control architecture simplifies system complexity and reduces costs, enabling faster iterations for software-defined vehicles, which is essential for Volkswagen's transition from a distributed architecture [5][6]. - Volkswagen's current performance in the Chinese market shows a low penetration of electric vehicles, with only about 20,000 units delivered in 2024, indicating a need for improved competitiveness in the growing EV market [6][7]. Group 3: Strategic Benefits - By expanding the CEA architecture, Volkswagen aims to enhance the digital capabilities of its entire vehicle lineup, allowing for over-the-air updates and better alignment with customer needs [2][5]. - Xiaopeng Motors seeks to leverage Volkswagen's supply chain and production scale to reduce R&D costs and diversify revenue sources, as it continues to face financial challenges [6][7]. - The collaboration allows Xiaopeng to share the costs of electronic and electrical development while gaining access to Volkswagen's global supply chain and market presence [7].