赛力斯魔方技术平台2.0发布 引领AI汽车新时代

Core Viewpoint - The release of the Cyrus Magic Cube Technology Platform 2.0 marks a significant upgrade in the development of AI-driven smart electric vehicles, aiming to establish the brand as a leader in high-end and intelligent automotive solutions in China [1][3]. Group 1: Technology and Innovation - The new platform emphasizes panoramic intelligence and smart safety, upgrading aspects such as smart energy, intelligent chassis, EEA architecture, and smart space [1]. - The platform integrates AI technology to create a more emotional, intelligent, safe, and reliable mobility experience [3]. - The platform supports a high-pressure architecture that enhances the integration of range extension and electric drive, optimizing vehicle performance for economic efficiency [6]. Group 2: Safety and User Experience - The platform features a five-layer, fifteen-fold battery safety system, along with advanced technologies for noise reduction and vibration suppression, ensuring a quiet driving experience [7]. - The intelligent chassis has been upgraded to provide flexible control, comfort, and safety redundancy, incorporating advanced technologies for road and curve prediction [9]. - A comprehensive intelligent safety system is established, focusing on life protection, vehicle body protection, health care, and privacy protection [15]. Group 3: Market Position and Performance - Since its launch, the Wanjie brand has released several models, achieving over 900,000 users, with the Wanjie M9 and M8 leading their respective sales categories [18]. - The total mileage of assisted driving has exceeded 4.45 billion kilometers, indicating a significant increase in user confidence and safety [18]. - The brand's commitment to safety is demonstrated by 2.39 million AEB activations, preventing potential collisions [18]. Group 4: Ecosystem and Collaboration - The company is building an advanced intelligent testing system and collaborating with industry partners to create a comprehensive automotive ecosystem, enhancing data operations and computational capabilities [17]. - The platform's design allows for modular support across various vehicle types and sizes, promoting flexible production and adaptability to different user scenarios [13].