2024中国科技出行产业10大战略技术趋势展望

Core Insights - The report outlines ten strategic technology trends in China's tech mobility industry for 2024, focusing on innovations in smart electric vehicles, autonomous driving, and energy solutions [3][6] - The report aims to help companies understand and evaluate the feasibility of cutting-edge technology mass production, optimize management in R&D, production planning, and asset operations [4][6] Group 1: Ecological Innovation Development - The report emphasizes the importance of ecological innovation in the tech mobility industry, highlighting the need for companies to adapt to technological advancements and market changes [4] - Companies are encouraged to leverage strategic technology trends to enhance product innovation and strategic partnerships [4] Group 2: Cost Reduction and Efficiency Improvement - The report suggests that companies can achieve cost reduction and efficiency improvement through the adoption of advanced technologies and optimized management practices [4] - It highlights the significance of understanding market supply and demand changes to navigate industry transformations effectively [4] Group 3: User Experience Upgrade - The report indicates that enhancing user experience is crucial, with a focus on optimizing technology applications, product experiences, and business model iterations [4] - Companies are advised to prioritize user engagement and satisfaction through innovative solutions [4] Group 4: Key Technology Trends - In 2024, integrated multi-domain functionality in central computing chips is expected to achieve technological breakthroughs [7][11] - The arrival of the high-voltage platform era will see SiC power devices enter a phase of large-scale customization [16][18] - Widespread application of ultra-fast charging batteries is anticipated, with 4C and 5C batteries becoming standard in smart electric vehicles [20][22] - AI large models will enhance the integrated architecture for autonomous driving, facilitating mass production of advanced driving functions [23][24] - The integration of mobile domains into the automotive ecosystem will create a sixth domain, enhancing multi-device collaboration [26][28] - The deployment of smart automatic charging robots is expected to accelerate and achieve large-scale application [29][33] - V2G (Vehicle-to-Grid) technology will expand, gradually realizing small-scale commercial closures [34][36] - The construction of hydrogen refueling station infrastructure will increase, promoting the mass production of hydrogen fuel cell vehicles [37][39] - Advanced AI productivity represented by embodied intelligence will penetrate the vehicle manufacturing process [40][42]