The global trade system is undergoing a profound structural transformation. This shift is not a short-term cyclical fluctuation, 

but a long-term reconfiguration driven by technological revolution, industrial policy restructuring, and changes in geopolitical 

structure. In this process, the WTO-based global division of labor system is gradually weakening, and a new global economic 

order centered on industrial security, technological control, and institutional rules is emerging.

The China–Europe economic relationship sits at the core of this transformation. According to Eurostat, total China–EU goods 

trade reached approximately €785 billion in 2023, with China remaining the EU’s largest import source for several 

consecutive years, accounting for roughly 20% of total EU imports. While this structure still appears highly complementary on 

the surface, its internal composition has changed significantly. Traditional trade patterns based on consumer goods and 

industrial products are being gradually replaced by competition in new energy, advanced manufacturing, and critical 

technologies.

The electric vehicle industry is the most representative sector of this evolving China–Europe industrial relationship. China has 

already built the world’s most complete vertically integrated EV ecosystem, spanning power batteries, vehicle manufacturing,

 electric drivetrains, and intelligent software systems. According to industry data, China’s annual EV sales have exceeded 9 

million units, accounting for more than 60% of the global market, while its power battery supply chain represents around 70% 

of global capacity. This leadership is not driven by isolated corporate advantage, but by systemic efficiency across an 

integrated industrial chain that connects resources, manufacturing, and application markets.

In contrast, Europe retains structural advantages rooted in its traditional automotive industry. Germany, in particular, continues

 to lead in automotive engineering capabilities and brand premium positioning, with Mercedes-Benz, BMW, and Volkswagen 

maintaining strong positions in the high-end segment. Europe also maintains long-term advantages in automotive safety 

standards and industrial engineering systems. However, during the electrification transition, Europe faces clear structural 

constraints. Its power battery supply chain is heavily dependent on Asian suppliers, its EV platform transition is relatively slow, 

and its capabilities in software-defined vehicles remain underdeveloped. As a result, the EV sector is shifting from a traditional 

complementary trade relationship toward direct industrial system competition between China and Europe.

The energy storage industry further intensifies this structural divergence. As the global energy transition accelerates, energy 

storage has become a core infrastructure component of the new energy system. In this sector, Chinese companies have 

established global leadership in cost efficiency and engineering delivery capability. Industry data shows that the cost of energy

 storage systems in China has declined by more than 50% over the past five years, while Chinese firms now dominate 

large-scale global project deployments. Companies such as CATL, BYD, and Sungrow are continuously expanding their 

footprint across Europe, the Middle East, and North America, forming fully integrated capabilities from manufacturing to 

system integration.

Europe’s energy storage industry is still in an early development stage. Its strengths lie primarily in mature electricity market 

mechanisms, high renewable energy penetration, and strong policy support, such as subsidy systems in Germany and Italy. 

However, at the industrial capability level, Europe faces structural limitations, including insufficient domestic battery 

manufacturing capacity, relatively small system integration firms, and reliance on external supply chains. As a result, the energy

 storage sector exhibits a clear division of roles: Europe controls demand-side and regulatory frameworks, while China 

dominates manufacturing and technological delivery. This structure is likely to persist in the medium term.

In advanced manufacturing and industrial systems, Europe continues to hold significant structural advantages. Germany’s 

industrial system remains globally leading in machine tools, industrial software, and high-end equipment manufacturing. 

Industrial software platforms led by Siemens and Dassault Systèmes maintain penetration rates exceeding 60% among global 

high-end manufacturing enterprises. This advantage is built on long-term industrial accumulation and strong standard-setting

 capabilities, enabling Europe to retain leadership in complex system design and industrial standards.

China’s advantages in this field are primarily reflected in the completeness of its manufacturing system and its rapid 

engineering deployment capabilities. China not only possesses the world’s most comprehensive industrial ecosystem, but 

also demonstrates strong advantages in application scaling speed and cost control. In sectors such as new energy, electronics 

manufacturing, and advanced materials, Chinese firms are able to translate technologies into large-scale production faster 

than their European counterparts. As a result, the global structure of advanced manufacturing is increasingly characterized by 

a dual-layer system: Europe leads in upstream technology standards and complex system design, while China dominates 

midstream manufacturing and downstream application expansion.

From a broader perspective, China and Europe are forming two fundamentally different strategic trajectories. Europe is 

strengthening a rule-based strategy, enhancing market barriers through mechanisms such as the Carbon Border Adjustment 

Mechanism (CBAM), ESG frameworks, and data governance regulations. At the same time, it is pursuing supply chain 

“de-risking” and promoting nearshoring and reshoring strategies, while using industrial subsidies to rebuild domestic 

manufacturing capacity. The core logic of this strategy is to reshape market boundaries through institutional rules in order to 

maintain control over high-value segments of global value chains.

China, by contrast, is pursuing a system expansion strategy centered on industrial globalization. Chinese enterprises are 

expanding global supply chain networks through the development of new energy industries and advanced manufacturing 

capabilities, while simultaneously reducing dependence on single markets through deeper engagement with emerging 

economies. In this process, China is not only strengthening its manufacturing base but also building a more diversified 

cross-regional industrial network, enhancing overall systemic resilience.

This bidirectional structural adjustment is pushing the global economy into a new phase of segmented globalization. In this 

emerging system, markets are no longer unified entities but layered structures composed of regulatory systems, industrial 

systems, and regional networks. Supply chains are becoming increasingly regionalized, technology standards are becoming 

more politicized, and global market structures are shifting from integration to stratification.

In this context, the core competitive capability of enterprises is also fundamentally changing. Competitive advantage is no 

longer determined solely by product performance or cost efficiency, but increasingly by the ability to adapt across different 

institutional and industrial systems. This includes the ability to enter regulatory regimes, embed within industrial ecosystems, 

and operate effectively across multiple regions.

Ultimately, the logic of global economic competition is shifting from efficiency-based competition to system-definition 

competition. In this new structure, organizations that are able to understand, navigate, and integrate multiple economic 

systems simultaneously will become the key actors shaping the future of global industrial competition.