凤凰网科技讯 8月6日，中国电磁扁线制造商佳腾电业与英国特种聚合物供应商威格斯通过战略合作， 成功实现PEEK绝缘扁线量产，突破800V电机核心材料技术壁垒。 此前，为解决新能源车辆的续航问题，宝马发布第六代eDrive电驱技术，将800V平台作为核心支柱，使 充电速度提升30%，仅需10分钟即可增加300公里续航，而800V系统对电机的绝缘材料、电磁设计和散 热结构有着更高的要求。其中，绝缘材料的选择成为决定电机可靠性的最关键因素。 目前，PEEK扁线凭借其材料特性，应用层面已延伸至三大新兴领域。在机器人关节电机领域，协作机 器人关节空间较传统工业机器人压缩50%，要求电机功率密度提升40%以上。其中，日本发那科七轴机 器人采用PEEK扁线后，电机槽满率提升至75%（传统电机≤55%），扭矩输出增加30%；亿航智能 EH216-S飞行器主驱电机采用PEEK扁线后，成功通过5000米海拔绝缘测试；西门子焊接机器人伺服电 机应用PEEK扁线后，在150℃条件下平均无故障时间延长至26个月。 PEEK（聚醚醚酮）作为一种特种工程塑料，凭借其2300V以上耐压能力、阻燃自熄及耐高温化学腐蚀 特性，成为解决800V电 ...

Core Viewpoint - BMW is integrating AI technology into its driving experience, focusing on local Chinese market needs through partnerships with leading tech companies like Momenta, Huawei, and Alibaba to enhance its smart driving capabilities [3][10][12]. Group 1: AI Strategy and Collaborations - BMW announced a partnership with Momenta to develop AI-driven driving assistance software tailored for the Chinese market, leveraging local user demands and scenarios [3][5]. - The collaboration aims to create a comprehensive driving assistance system that covers various driving environments, including highways and urban areas [5][6]. - BMW's AI strategy includes a 360-degree approach, enhancing digital production and user experience while promoting open innovation in R&D [13][20]. Group 2: Technological Advancements - The new AI-driven system will utilize a "perception-planning-control" integrated architecture, allowing vehicles to adapt to complex driving conditions and improve decision-making capabilities [17][18]. - BMW's AI applications span from production to quality control, enhancing efficiency and safety through advanced algorithms and real-time data analysis [19][20]. - The introduction of a new generation of electric vehicles will feature advanced battery technology, improving energy density by 20%, range by 30%, and charging speed by 30% [32][31]. Group 3: Driving Experience and User Interaction - BMW emphasizes a holistic driving experience that integrates interaction, control, and assistance, ensuring seamless transitions between manual and assisted driving [24][28]. - The new iDrive system showcases advanced user interfaces that maintain driver focus while providing essential information [30]. - The company aims to balance smart convenience, driving pleasure, and safety in its vehicle designs, setting it apart from competitors [31][33]. Group 4: Safety and Compliance - Safety remains a top priority for BMW, with the new driving assistance system inheriting over 20 years of safety technology development [38][39]. - The collaboration will ensure compliance with Chinese laws regarding data security and user privacy, embedding these principles into the product design [39][40]. - BMW's integration of local smart technologies with its established quality systems positions it well for future market competition and transformation [40].

Core Viewpoint - BMW Group has launched its sixth-generation eDrive technology, featuring advanced cylindrical battery technology and a new 800V high-voltage platform, marking a significant investment in electric and intelligent vehicle development [1][2]. Group 1: Battery Technology and Production - The sixth-generation battery utilizes large cylindrical cells with a standard diameter of 46mm, available in heights of 95mm and 120mm, and capacity options of 75 kWh, 90 kWh, and 105 kWh [2]. - The project has commenced trial production at BMW's Shenyang facility by the end of 2024, with test batteries already delivered for validation [2]. - BMW is collaborating closely with suppliers like CATL and EVE Energy to ensure the large-scale production of cylindrical battery cells [2]. Group 2: Market Impact and Future Plans - The sixth-generation battery will first be applied in a new generation model set to debut in 2025, followed by mass production of domestic models starting in 2026, and will also be used in future pure electric M models [2]. - The cylindrical battery format is gaining recognition in the passenger vehicle market due to its advantages in reliability, safety, and production efficiency [2].