GEELY AUTO(HK:00175) Guan Cha Zhe Wang·2025-06-17 02:28Core Viewpoint - Geely has officially launched the industry's first AI scenario engine-based power domain intelligent system, named Xingrui AI Cloud Power 2.0, which aims to enhance energy efficiency, performance, and safety in its hybrid vehicles, marking the entry into the era of Raytheon AI Hybrid 2.0 [1][3] Group 1: AI Technology Application - The rapid development of AI technology has made its application in intelligent driving and cockpit domains a unique competitive advantage for Chinese automakers [1] - AI technology in these domains is showing a trend of homogenization, prompting automakers to expand AI control to power and chassis areas, representing a new direction for AI application in vehicles [3] - Geely is the first automaker to complete a comprehensive AI intelligent layout across all domains [3] Group 2: Technical Capabilities - The Xingrui Intelligent Computing Center 2.0 boasts a comprehensive computing power of 23.5 E FLOPS, providing robust support for large-scale AI applications [3] - The Xingrui AI Cloud Power has accumulated over 2 million users and more than 20 billion kilometers of driving data, referred to as the "double 200" global data [3] - The system integrates advanced engineering technology with vast data to train leading performance models, significantly enhancing the efficiency of technological innovation [3] Group 3: AI Features and Benefits - Xingrui AI Cloud Power 2.0 includes four major AI functionalities: intelligent energy management, intelligent health management, intelligent charging management, and intelligent motion control [5] - The intelligent control allows for stronger power output, reduced energy consumption, and can extend engine maintenance intervals by over 50%, while increasing battery life by 15% [5] Group 4: Core Technology and User Experience - The core of Xingrui AI Cloud Power 2.0 is its AI scenario engine, which combines high-precision environmental perception data with massive cloud data, utilizing deep learning to create a nationwide, seasonal, and personalized "digital twin scenario library" with over 1,000 detailed scenarios [7] - AI empowerment enables the hybrid system to transition from passively receiving user commands to actively "thinking," allowing for precise matching of optimal power strategies based on different scenarios [7] Group 5: Product Performance - The Raytheon EM-i AI hybrid has achieved a 5% improvement in engine efficiency, with the thermal efficiency of the Raytheon AI hybrid 2.0 production engine increasing from 46.5% last year to 47.26% [9] - The Raytheon EM-P AI hybrid features a five-source redundancy design and, combined with the intelligent all-terrain recognition of Xingrui AI Cloud Power 2.0, can dynamically allocate torque to all four wheels, effectively preventing wheel slip and quickly suppressing yaw, even achieving stability control in all scenarios of tire blowouts [9]