自主可控 关乎汽车产业兴衰“命门”

Core Viewpoint - The global automotive industry is undergoing a transformation towards deep integration of new energy and intelligence, with rapid technological iterations and a significant restructuring of the industry landscape. The autonomy of core technologies has become essential for survival and development in the industry, leading to intensified competition over key areas such as chips and batteries [2][9]. Group 1: Impact of Global Supply Chain Vulnerabilities - The fragility of the global supply chain was exposed during multiple crises, notably the 2021 chip shortage, which resulted in over 7.7 million vehicles being cut from production and an economic loss of $210 billion. The European and American automotive industries were particularly hard hit, with German production dropping by 18% year-on-year [2][9]. - Events like the remote locking of Porsche vehicles in Russia highlighted the risks associated with reliance on external technologies, emphasizing the importance of self-sufficiency in core technologies for industry safety [2][9]. Group 2: Resilience of Chinese Automotive Companies - Chinese automotive companies demonstrated strong resilience during the crisis, with BYD leveraging self-developed automotive-grade chips to avoid large-scale production cuts and achieving a 14.8% increase in sales. Great Wall Motors reduced chip supply risks by over 60% through deep partnerships with domestic chip manufacturers [3][10]. - The value of self-sufficiency in core technologies extends beyond risk mitigation; it serves as a core engine for building competitive barriers and achieving long-term development. Companies with independent R&D capabilities can gain advantages in cost control, capacity assurance, and technological iteration [3][10]. Group 3: Global Practices and Competitive Advantages - Global automotive companies that invest in electrification and intelligence while building internal technological closed loops tend to exhibit greater resilience and initiative during industry changes. These companies reduce dependence on upstream suppliers and create differentiated advantages through data accumulation and user experience enhancement [4][11]. Group 4: Strategic Significance for China's Automotive Industry - For China, promoting self-sufficiency in core technologies is strategically significant for transitioning from a "big automotive country" to a "strong automotive country." Historically, the country faced challenges due to reliance on imports for key components, but the situation is changing rapidly in the new energy vehicle sector [5][12]. - Collaborative efforts between vehicle manufacturers and supply chain companies have begun to yield results, with domestic automotive-grade chips achieving mass production and some models reaching a 100% localization rate for core chips. A complete domestic supply chain for power batteries is also forming and advancing towards high-end markets [5][12]. Group 5: Challenges Ahead - The path to self-sufficiency in core technologies is fraught with challenges, particularly in high-end automotive chips where foreign companies still dominate. The industry must recognize that self-sufficiency does not equate to isolation; it requires open collaboration to enhance capabilities and address weaknesses [6][13]. - Achieving this goal will necessitate long-term investments in R&D by vehicle manufacturers, accelerated technological breakthroughs by chip and software suppliers, and a supportive policy environment that encourages innovation and collaboration across the industry [6][13]. Group 6: Historical Context and Future Outlook - The automotive industry's history shows that each paradigm shift in production models and core technologies reshapes global competitive dynamics. The current era of smart electrification is redefining industry development rules, emphasizing the importance of mastering core technologies for national industrial resilience and strategic autonomy [7][14]. - As Chinese automotive companies and their supply chain partners continue to make breakthroughs in core technologies, they will enhance their ability to navigate industry cycles and respond to market fluctuations, ultimately securing a stronger position in the global competitive landscape [7][15].