In H1 2026, China exported 4.059 million vehicles, but the pure export model faces trade barriers including EU anti-subsidy duties and Southeast Asia capacity requirements. Huayu Automotive's new Serbia plant and CATL's Hungary gigafactory mark China's transition from "product export" to "capability export." 2026-2027 will be the critical validation window for overseas mass production capabilities.
From Vehicle Export to Supply Chain Globalization: China's Auto Industry Enters Era 2.0
In the first half of 2026, China's automobile exports reached 4.059 million units, a year-on-year increase of 10.4%. But behind these impressive numbers, a deeper industrial transformation is underway—China's automotive industry is evolving from the "vehicle export" Era 1.0 to the "supply chain collaborative globalization" Era 2.0.
This transformation is driven by increasingly severe trade barriers. The EU has imposed anti-subsidy duties of up to 45.3% on Chinese electric vehicles, Thailand's EV3.5 plan requires a 1:2 capacity ratio commitment, and Brazil's import tax has risen to 35%. The asset-light model of domestic production and overseas sales is becoming unsustainable. As industry analysts note, these policies "are essentially forcing Chinese supply chains to shift from 'product export' to 'capability export.'"
Leading Parts Makers Accelerate Overseas Layout
On March 30, 2026, Shanghai Huayu Automotive held the opening ceremony for its new plant in the Kac Industrial Park in Novi Sad, Serbia. The factory focuses on premium chassis components, supplying suspension, axle, and subframe system rubber parts and rubber-metal composite parts to top international OEMs including BMW. This marks the first time a Chinese parts giant has entered the European premium supply chain with independent capability, upgrading from "following OEMs overseas" to "serving global customers independently."
Around the same time, CATL's Debrecen gigafactory in Hungary announced that its Phase I 30GWh capacity was ready, with module lines already supplying 30,000 electric vehicles, and cell mass production set to officially begin in April 2026. Sunwoda also invested over 50 billion THB (approximately 10.8 billion RMB) to build two battery factories in Thailand's Chonburi province, planned for operation in 2026.
Fuda Shares plans to establish a wholly-owned subsidiary in Mexico, while Yuchai engines supporting Yutong buses have been exported to Senegal in batches and put into local operation. The overseas footprint of Chinese parts enterprises is expanding comprehensively from Southeast Asia to Europe, Latin America, and Africa.
OEMs Drive Supply Chain Collaborative Globalization
The wave of overseas factory construction by OEMs is the direct engine pulling supply chains abroad. BYD has laid out vehicle factories in Hungary, Thailand, and Brazil; Chery holds shares in a joint venture with Spain's EBRO; SAIC plans to invest 200 million euros in building a factory in Spain; Geely has established 6 factories across Eastern Europe, Asia-Pacific, the Middle East, and Africa; and GAC International has completed DKD and CKD factories in Nigeria, Tunisia, Malaysia, and Thailand.
These moves are not merely the relocation of vehicle assembly lines—they mean that core component suppliers for power batteries, electric drive systems, and intelligent cockpits must follow OEMs to complete overseas design wins and mass production delivery. In Thailand, the local government has explicitly required that hybrid vehicles must use locally produced batteries from 2026 onward. This forces Chinese enterprises to deeply integrate into local industrial chains rather than remaining at the SKD/CKD assembly level.
From Trading Supply to Localized Configuration
Industry experts point out that parts enterprises need to complete three transformations when going global: first, shift from trading supply to localized configuration to meet national localization rate requirements; second, shift from pure product export to technology licensing and joint ventures, exchanging technology transfer for market access; third, shift from passively following OEMs to proactively laying out global capacity to independently serve international customers.
At the compliance level, enterprises need to establish comprehensive compliance management systems covering product admission, data security, and labor rights. Technical standards differ significantly across markets—the EU's Euro NCAP, America's FMVSS, and Southeast Asian countries' TISI/TCVN certifications all impose different requirements on product design.
2027 Becomes Critical Validation Period
As Thailand will raise its capacity ratio requirement to 1:3 in 2027, and the EU's "Industrial Accelerator Act" contemplates foreign ownership restrictions, 2026-2027 will become the window period for testing Chinese supply chains' overseas mass production capabilities. It is expected that more Chinese Tier1 suppliers will achieve automotive-grade mass production delivery overseas in the next two years.
Notably, going global does not have only the "independent" path. Foreign suppliers such as Bosch and Schaeffler have supported nearly 300 Chinese brand models in entering overseas markets, providing full-chain support for regulatory compliance and localized production through their global networks. OEMs can leverage these mature systems to quickly enter mainstream markets, then gradually cultivate independent supply chain capabilities.
From vehicle export to supply chain globalization is the necessary growing pain for Chinese automotive industry globalization. While tariff barriers weaken price advantages in the short term, they force Tier1 suppliers to improve automotive-grade certification and overseas mass production capabilities in the long term. Only by building a new paradigm of "vehicle + core components" collaborative globalization can Chinese automotive supply chains truly cross trade walls and achieve the qualitative transformation from "selling products" to "building ecosystems" in the global market.
