AI Wave Drives Upgrade of China's Export Structure: Semiconductors and New Energy Vehicles as Dual Engines
Keywords: AI craze; semiconductor prices; new energy vehicle exports; electromechanical products; integrated circuit export growth
Introduction
In 2026, global artificial intelligence (AI) technology entered an explosive phase of large-scale deployment. From large language models to autonomous driving, and from smart manufacturing to intelligent healthcare, AI is reshaping the productivity landscape across industries. Meanwhile, this technological wave profoundly affects the supply-demand balance and price trends of the global semiconductor chain, injecting strong new momentum into China's export trade. Latest data show that electromechanical products continue to account for a lion's share of China's exports, reaching two-thirds of the total. Among them, integrated circuit exports surged 121.9% year-on-year in June, while new energy vehicle exports maintained rapid growth. These figures not only reflect the structural transformation China's manufacturing is undergoing, but also reveal the deep reshaping of international trade patterns by AI-driven "new quality productive forces."
1. AI Craze Reshapes Semiconductor Supply-Demand Pattern, IC Exports Hit Record High
Since 2024, demand for AI computing chips represented by GPUs and high-bandwidth memory (HBM) has exploded. Major cloud service providers, AI startups, and governments worldwide have stepped up computing infrastructure construction, directly pushing up global semiconductor prices. According to industry data, in Q2 2026, mainstream AI chip prices rose over 30% year-on-year, with some high-end memory chips surging more than 50%. Against this backdrop, China, as the world's largest semiconductor consumer market and an important producer, has shown outstanding performance in integrated circuit exports. Latest statistics from the General Administration of Customs show that China's IC export value in June grew 121.9% year-on-year, setting a record for monthly growth.
This growth is no accident. On one hand, domestic semiconductor companies have made significant breakthroughs in mature processes, packaging and testing, and certain specialty processes in recent years, enabling rapid capacity release. On the other hand, the global supply chain is accelerating its restructuring under geopolitical pressure, and "Made in China" chips, with stable delivery and cost-effectiveness, have become an important supplement to the international market. Particularly noteworthy, the AI craze has driven chip demand in data centers, edge computing, smart terminals, and other segments. Chinese companies have also penetrated overseas markets in power semiconductors, MCUs, analog chips, and other fields. The surge in IC exports marks China's transition from a pure chip import giant to a player that both imports and exports.
2. NEV Exports: A Typical Example of Electromechanical Product Structure Upgrade
Among overall electromechanical product exports, new energy vehicles are undoubtedly the most dazzling growth pole. In the first half of 2026, China's NEV export volume grew over 60% year-on-year, and average export prices rose about 15% compared to the same period last year. Unlike traditional fuel vehicles, NEVs are highly integrated mechatronics and intelligent systems. A smart electric vehicle requires thousands of chips covering autonomous driving, cockpit interaction, power control, and other core systems. Therefore, the AI craze not only directly pushed up chip prices but also accelerated the intelligent upgrade of NEVs through technology spillover effects, enhancing their international competitiveness.
From a regional perspective, China's NEVs have been exported to Europe, Southeast Asia, South America, the Middle East, and other markets. Although the EU has imposed anti-subsidy tariffs on Chinese EVs, it has not curbed local consumers' demand for cost-effective smart EVs. The Southeast Asian market, driven by government policies promoting electrification, has become a "blue ocean" for Chinese brands. More notably, leveraging their technological accumulation in autonomous driving, internet of vehicles, and battery technology, Chinese companies are gradually shedding the past image of "low-end OEM" and shifting toward brand premium and technology service exports. The growth of NEV exports vividly illustrates the leap of China's electromechanical products from quantity to quality.
3. Deep Logic of Export Structure Upgrade: Technology-Driven and Policy-Supported
Electromechanical products account for two-thirds of China's total exports, and the explosion in ICs and NEVs is not an isolated phenomenon but a concentrated reflection of the overall transformation and upgrading of China's manufacturing. Behind this are three driving forces: First, sustained investment in technological innovation. In 2025, China's R&D expenditure as a share of GDP reached 2.7%, with the highest shares in semiconductors and new energy. Second, enhanced industrial chain synergy. Taking NEVs as an example, upstream lithium battery materials, mid-stream power batteries and electric drive systems, and downstream vehicle manufacturing and charging facilities form an efficient and interconnected industrial cluster. Third, optimized policy environment. From the "National Integrated Circuit Industry Investment Fund" to the "New Energy Vehicle Industry Development Plan," the state has provided solid support for enterprises to explore international markets through tax incentives, R&D subsidies, export credit insurance, and other measures.
However, we must also clearly see that the current export structure upgrade still faces external challenges. The U.S. continues to tighten chip export controls on China, the EU's Carbon Border Adjustment Mechanism (CBAM) and other green barriers are gradually taking effect, and some countries set up trade barriers under the pretext of "national security." These factors require Chinese companies to respond more proactively in terms of technological autonomy and market diversification. Encouragingly, more and more companies are achieving a transformation "from product going overseas to capability going overseas" by setting up overseas factories, technology licensing, and localized R&D.
Conclusion
The AI craze acts as a catalyst accelerating the deep transformation of China's export structure. Behind the 121.9% surge in IC export value is the leap of the domestic semiconductor industry from catching up to keeping pace; the sustained growth of NEV exports confirms the rise of "Intelligent Manufacturing in China" along the global value chain. Looking ahead, as AI technology further integrates with manufacturing, electromechanical product exports are expected to secure a more favorable position in the new round of technological revolution. But at the same time, external uncertainties remind us: only by adhering to independent innovation, building resilient supply chains, and deepening international cooperation can China's exports achieve high-quality, sustainable growth. This wave of export upgrade driven by AI concerns not only the rise in trade figures but also the long-term future of China's manufacturing in the global competitive landscape.
