At the recently concluded 7th New Automotive Supply Chain Conference, discussions among OEMs and leading suppliers focused on three themes: resilience, sustainability, and the emerging logic of localization. Topics such as technological innovation and cost reduction received less attention—not because they are unimportant, but because they have become the default setting of China's automotive supply chain, occurring frequently on a daily basis.
This article focuses on the profound division of global supply chains, from localization to globalization and then to geo-localization, exploring how geopolitical restructuring is rewriting the architecture of the global automotive supply chain.
Ⅰ. From technological competition to geopolitical struggle
Over the past three decades, we have been accustomed to explaining competition in the automotive industry through the lens of "technology and market." However, the pandemic, geopolitical conflicts, and trade barriers have changed all this. Today, automobiles are no longer merely symbols of industrial competition but are deeply entrenched in the game of global geopolitics and industrial security. Energy security, critical minerals, core components, data compliance, and supply chain resilience are becoming new variables influencing the direction of the industry. The global automotive supply chain is undergoing a fundamental shift from prioritizing "efficiency" to prioritizing "resilience." For every country and enterprise, ensuring autonomous and controllable supply chain security is no longer an "optional" issue but a "survival imperative" that must be addressed.
Ⅱ. Russia-Ukraine conflict: The rupture of energy and supply chains
After the outbreak of the Russia-Ukraine conflict in 2022, Europe faced an energy crisis, with a sharp reduction in natural gas supply and soaring costs of electricity, raw materials, logistics, and labor, forcing automotive plants to reduce or even halt production. This crisis brought a new challenge to European industry: can the high efficiency of globalization withstand the high risk of geopolitical conflict? Soon, many companies took action: BMW and CATL jointly built a battery factory in Hungary, Volkswagen signed a long-term supply agreement with an Argentine lithium mine, Continental built a connected vehicle products factory in Romania, and Stellantis proposed a "nearshoring" strategy.
Europe's industrial logic had to be rewritten—shifting from relying on a single supplier to a "diversification + localization" procurement model. A deeper change is that more and more European companies are incorporating "supply chain stress tests" into their annual strategies, extending inventory cycles for critical minerals, and promoting battery recycling and solid-state battery R&D, shifting from "cost-driven" to "resilience-driven." This conflict reminded everyone: without energy and supply chain security, there is no national or industrial security.
Ⅲ. US-China tensions: The formation of dual-track supply chains
While Europe faced the energy crisis, the geopolitical game between the US and China is reshaping the global supply chain landscape through technology and regulations. In 2022, the US Inflation Reduction Act (IRA) introduced new requirements for electric vehicle tax credits: vehicles must be assembled in North America, with localization thresholds for critical minerals and battery components that increase annually. If battery components are manufactured or assembled by a "Foreign Entity of Concern" (FEOC), or if critical minerals are mined, processed, or recycled by an FEOC, the vehicle is ineligible for the maximum $7,500 tax credit. This has excluded some Chinese battery and mineral companies from the subsidy system.At the same time, the U.S. continues to tighten export controls on advanced chips and semiconductor equipment, restricting China's access to high-performance computing capabilities for autonomous driving and AI. NVIDIA once launched downgraded chips A800 and H800 specifically for China, but as rules further tighten, these lower-spec versions also face stricter restrictions.
In the battery sector, Ford and CATL's LFP project in Michigan adopted a special structure: Ford wholly owns the factory, and only pays technology licensing fees to CATL. This model aims to circumvent U.S. political sensitivities while complying with IRA requirements as much as possible.
Two recent news items have brought new shocks to the automotive industry: Reuters reported that General Motors has asked thousands of suppliers to phase out Chinese-made parts and raw materials by 2027; The Wall Street Journal reported that Tesla requires suppliers to avoid using "Made in China" parts when supplying U.S. factories. These events have reignited discussions about dual-track supply chains.
The result is that the global automotive supply chain is being pushed toward a new structure of "dual-track system + bloc-based fragmentation."
First, dual-track supply chain:
One track serves the Chinese market—relying on domestic partners like CATL, BYD, Horizon Robotics, etc., forming a complete ecosystem for new energy and smart cars.
The other track serves North America and Europe—mainly relying on Japanese, Korean, and Western supply systems to meet IRA, FEOC, and EU localization regulations.
Second, supply chain bloc-based fragmentation:
The global supply chain is no longer determined by efficiency optimization but is re-divided according to geopolitical camps:
"U.S.-Europe-Japan-South Korea" forms a camp with coordinated policies and supply chains.
"China-ASEAN-Middle East-Latin America" gradually forms another camp centered on industrial capabilities.
Emerging economies will strategically balance and choose between the two camps.
At the same time, the logic of globalization is undergoing a fundamental shift: from a unified global supply chain to a parallel evolution of regionalization (Region-for-Region) and bloc-based fragmentation (Bloc-based). Regionalization addresses "market proximity and barrier circumvention," while bloc-based fragmentation responds to "deep divisions in political camps." The global automotive industry is entering an era of "multi-bloc parallel" supply chains, which will be the most profound and lasting structural change in the next decade.
IV. Supply Chain Strategy Upgrade: Localization and Diversification
Against the backdrop of geopolitical uncertainty, the "global supply chain" is gradually evolving into a "regional supply chain." More and more automakers are choosing to build factories near key markets, both to be close to consumers and to avoid potential trade barriers. CATL has established two bases in Europe, in Germany and Hungary, becoming a key fulcrum for the globalization of China's battery industry. BYD has started construction of a factory in Thailand with an annual capacity of 150,000 vehicles and invested over $1 billion in Indonesia for a "nickel-battery-vehicle" integrated project.At the same time, automakers from Japan and South Korea are deepening cooperation with "friend-shoring" countries such as the United States and Canada to strengthen supply chain security. For example, LG and General Motors plan to build a large battery factory in the United States, while Samsung SDI and Stellantis have investment projects in Canada. These deployments are seen as a "friend-shoring" strategy aimed at reducing geopolitical risks and complying with local subsidy policies.
Geopolitical factors are pushing "supply chain security" from behind the scenes to the forefront, becoming a new competitive barrier. The European Union, in its Critical Raw Materials Act, has set a 2030 target: at least 40% of annual strategic raw material consumption must be processed within the EU, and recycling capacity must account for at least 15%. The U.S. IRA also emphasizes increasing the proportion of "friend-shoring" procurement for critical minerals. These institutional changes indicate that global supply chains are shifting from an "efficiency logic" to a "security logic." For the automotive industry, companies that can build resilient, reconfigurable supply chain networks with geopolitical compliance capabilities are most likely to seize future competitive advantages.
V. China's Role: From Cost Center to Resilience Center
For China's automotive industry, this is both a challenge and an opportunity. The challenge lies in overseas investments facing political and social resistance, as well as external restrictions on key technology and resource supply chains. But the greater opportunity is that China possesses the world's most complete manufacturing and supply system, enabling it to build a "multipolar supply chain." CATL is establishing a "three-pole" system in Europe, the United States, and Asia, while BYD, Chery, Geely, and others are building new networks of "localized production + global response" through factory construction, partnerships, and investments.
Chinese automakers and supply chain companies are shifting from a "cost-driven" model to a "resilience-driven" one, from a "manufacturing chain" to a dual management of "security chain + value chain." This means that China is not only the world's largest single automotive market but is also becoming a key pillar of global industrial security and a new order.
VI. Rebalancing of the Global Automotive Industry
Clearly, the global automotive industry has entered a new competitive landscape: electrification and intelligence are the technological drivers, while geopolitics and supply chain security are the real challenges. The "Shanghai–Silicon Valley–Munich" triangular competition is defining the strategic order for the next decade. This is not just a shift in geographical centers but a triple reshaping of rules, speed, and ecosystems. For China, this reshaping represents a historic leap from being the "largest single market" to a "core center of power."