The EU-China Trade Turning Point: CBAM Expansion and the AI Act Reshape China's Global Expansion Rules
The Tipping Point in EU–China Economic and Trade Relations: A Strategic Escalation in Regulatory Competition and a Redefinition of “Going Global”
In May 2024, China’s Ministry of Commerce issued an unusually firm statement—marking a watershed moment in EU–China economic and trade relations:
“Should the EU unilaterally introduce new trade instruments and impose discriminatory restrictions, China will resolutely counter them.”
This was no emotional declaration but a strategic response to the EU’s rapid advancement of three structural regulatory initiatives: the accelerated expansion of the Carbon Border Adjustment Mechanism (CBAM); the substantive tightening of compliance thresholds under the Artificial Intelligence Act (AI Act); and the high likelihood that the ongoing anti-subsidy investigation into Chinese electric vehicles (EVs) will escalate into a formal anti-dumping measure. It signals the end of over a decade of “cooperation as the dominant theme” and the beginning of a contest for regulatory dominance—with technical standards and market access as the core battlegrounds. This is no longer a surface-level dispute over tariffs and quotas; it strikes directly at the apex of industrial value chains: rule-making authority, technological definition rights, and interpretive power over market access.
CBAM Expansion: From Steel and Cement to PV Cells—Green Barriers Evolve into Industrial Sieves
The European Commission is accelerating the second-phase expansion of CBAM, aiming to include Chinese export strengths—such as photovoltaic (PV) modules, lithium-ion batteries, and core components for industrial robots—on its tariff list by 2026. Though cloaked in the rhetoric of “climate justice,” this move functions as a sophisticated industrial screening mechanism. Take PV technology as an example: China accounts for over 80% of global module production capacity. Yet CBAM requires exporters to disclose “embedded carbon emissions” data covering the entire value chain—from silicon purification and cell manufacturing to module assembly—and mandates third-party verification by EU-accredited institutions. Globally, fewer than 15 such institutions are currently authorized—and none are based in China. As a result, Chinese enterprises face not only additional certification costs (estimated to raise total project costs by 3–5% per project), but also deeper risks—including the cession of data sovereignty and unilateral scrutiny of supply-chain transparency. The Ministry of Commerce’s warning against “discriminatory restrictions” refers precisely to this: the rules themselves embed a technical distrust of non-EU production systems.
AI Act Compliance: Beyond the Algorithmic “Black Box”—Data Governance as the New Frontier
The EU’s Artificial Intelligence Act entered full force in August 2024. Its tripartite compliance requirements for high-risk AI systems—including industrial quality inspection, intelligent logistics scheduling, and autonomous vehicle decision modules (“traceability, human oversight, robustness”)—are rapidly transforming into concrete market-access barriers. Germany’s TÜV Rheinland recently published its Guidelines for AI System Compliance Assessment, explicitly stipulating that industrial AI systems deployed in EU factories must submit source-code-level security audit reports and permit EU regulators to conduct “penetrative” stress testing. This goes far beyond traditional product certification—it effectively places data training pathways, algorithmic decision logic, and even underlying computing architecture under direct EU regulatory oversight. For Chinese industrial robotics firms operating smart factories in Germany and France, this creates acute tension between safeguarding core intellectual property and bearing steep localization-compliance costs. Regulatory competition has thus escalated to the level of digital sovereignty: whoever controls the right to interpret algorithms holds the gateway to future smart manufacturing.
Escalation of the Anti-Subsidy Investigation: EVs Take Center Stage—Localization Is Now the Sole Viable Path
Although the EU’s anti-subsidy investigation into Chinese electric vehicles has yet to yield a final ruling, internal documents indicate the Commission is preparing to introduce a “dynamic tariff” mechanism—adjusting duties in real time based on metrics such as local production share, green electricity consumption intensity, and battery recycling rates. This design strikes precisely at the Achilles’ heel of Chinese automakers abroad: among the top five Chinese EV brands by sales volume in Europe, average local production ratios stand below 15%, while over 90% of their battery supply chains remain anchored in China. Part of the Ministry of Commerce’s confidence in issuing its “resolute countermeasures” stems from domestic policy preparedness: its Outline for Further Deepening State-Owned Enterprise Reform (2026–2029), released in May, explicitly calls for “incorporating central SOEs’ overseas manufacturing bases into national strategic nodes.” China Electric Equipment Group has already launched its first European HVDC transmission equipment local production line in Hungary. The market signal is unambiguous: simple export models are becoming obsolete. Deep localization—not merely assembly plants, but full-fledged integration encompassing R&D, supply chains, and end-of-life recycling systems—is now the sole viable path through the regulatory thicket.
China’s Response: From Passive Compliance to Active Rule-Shaping—Future Industries as the Breakthrough Lever
Faced with mounting regulatory constraints, China’s strategy is undergoing a fundamental shift. In his article “Forward-Looking Planning and Development of Future Industries,” published in Qiushi Journal, General Secretary Xi Jinping emphasized the principle of “industries posing the questions, science and technology providing the answers,” charting a clear path forward. In quantum computing, Hefei Origin Quantum has delivered domestically developed quantum key distribution (QKD) equipment—certified to ISO/IEC 27001 encryption standards—to EU clients. In bio-manufacturing, the Shenzhen Institutes of Advanced Technology have developed a CRISPR-Cas12a rapid detection platform currently undergoing certification under the EU’s new In Vitro Diagnostic Regulation (IVDR). Its PCR-free technical approach directly circumvents the compliance bottlenecks inherent in conventional molecular diagnostic devices. This strategy—leveraging technological generational advantage to reconstruct regulatory compatibility—has become the core logic of “new-quality productive forces” going global.
According to data released by China’s National Bureau of Statistics, the manufacturing Purchasing Managers’ Index (PMI) held steady at the 50.0% threshold in May—but large-enterprise PMI rose to 51.1%, while SMEs remained under persistent pressure. This confirms that regulatory upgrades are accelerating industrial stratification: industry leaders possessing deep technological capabilities and global compliance expertise are turning crisis into opportunity—building new standards; meanwhile, SMEs reliant solely on cost advantages face systemic exit. As competition over technical standards becomes the central axis of great-power rivalry, the next phase of EU–China economic and trade relations will no longer be a zero-sum game over market access. Instead, it will be a contest over who can define the rules for the next generation of industries through more advanced innovation. The race beyond this tipping point will be decided—not at the negotiating table—but in laboratories and on factory floors.