How Chinese EVs are rewiring global automotive supply chains

Over the past few years, China has transformed from being primarily a manufacturing powerhouse into the world's dominant electric vehicle exporter. According to the International Energy Agency's Global EV Outlook 2026, China produced around 16 million electric vehicles in 2025, accounting for nearly 75% of global EV production. Chinese EV exports doubled to a record 2.5 million units, making electric vehicles the primary driver of China's automotive export growth.

China’s electric vehicle boom is fundamentally reshaping global automotive logistics, with supply chains shifting from exporting finished vehicles to moving components, batteries and aftermarket parts as Chinese automakers establish manufacturing hubs closer to key markets in Europe, Southeast Asia and Latin America. Tariffs, geopolitical uncertainty and evolving regulations are accelerating localisation strategies, while logistics providers are developing new multimodal routes and investing in visibility, compliance and resilience. Although Chinese EV exports continue to grow, the future of automotive logistics will be driven by regionalised production networks, increased component flows, greater digitalisation and the need to balance speed, cost and supply chain reliability in an increasingly volatile global trade environment.

The transformation is already visible in Europe, where traditional automotive supply chains are adapting to a new competitive landscape. According to Joachim von Winning, Director Cargo Partnerships at Frankfurt Airport, the shift has altered the direction and composition of automotive cargo flows.

“We see some reductions in transports from Europe towards Asia as manufacturing has moved into Asian markets, especially China,” he said. “What we can see in the other direction is more parts, especially spare parts, coming out of Asian countries, mainly China and increasingly India, into European markets.”

He was speaking at the panel discussion titled ‘Automotive Logistics Beyond Transport: Reinventing Automotive Logistics in China's EV-Driven Supply Chain Ecosystem’ during Air Cargo China 2026 in Shanghai on Thursday (June 25, 2026).

Von Winning noted that air cargo remains primarily a channel for spare parts and emergency supply chain recovery rather than finished vehicles. “Electric vehicles have far fewer parts than conventional vehicles. Therefore, you actually need fewer spare parts, and therefore fewer spare parts are flying,” he explained.

While Europe remains a major destination for Chinese automotive exports, trade flows are becoming increasingly diversified. Michael Yu, Founder and CEO of Speed Global, pointed to Latin America as the largest export destination for Chinese vehicles, followed by Europe, the Middle East and Southeast Asia.

“China shipped 1.7 million vehicles to Latin America last year, while Europe imported around 1.5 million vehicles,” Yu said. “In Southeast Asia, the model is different because Chinese automakers have built manufacturing plants there, so exports are increasingly dominated by automotive parts rather than finished vehicles.”

That trend is being accelerated by rising tariffs and regulatory barriers in Europe and North America. According to Kathy Liu, Vice President of Global Sales and Marketing at Dimerco Express Group, Chinese manufacturers are increasingly responding through localisation strategies rather than retreating from international markets.

“Manufacturing is no longer focused only on China,” Liu said. “Many companies are establishing production facilities in Eastern Europe, including Hungary and Bulgaria, while Mexico has become an important manufacturing base for serving North America.”

As a result, logistics providers are witnessing a growing flow of components destined for overseas assembly plants rather than complete vehicles shipped directly from China. “Instead of exporting fully assembled vehicles, key components are increasingly being moved to local factories for final assembly,” Liu explained.

The shift is creating new logistics corridors and transport solutions. Traditional sea freight routes have been disrupted by geopolitical tensions, Red Sea diversions and port congestion, prompting logistics companies to develop alternative multimodal networks.

“We have designed new supply chain routes for customers,” said Liu. “For example, some shipments move through Colombo rather than Singapore to avoid congestion, before continuing through Istanbul into Europe. We are also using China-Europe rail services for specific categories of automotive components.”

Yu highlighted the growing use of multimodal transport solutions, including rail connections through Central Asia and Türkiye, alongside expanded roll-on/roll-off (RoRo) shipping capacity dedicated to vehicle exports.

“We no longer rely only on sea or air freight,” he said. “Now we combine air-sea, river-sea and rail transport. Logistics providers must coordinate resources globally while balancing speed, safety and cost.”

As automotive supply chains become more complex, visibility and digitalisation have emerged as critical requirements. Manufacturers increasingly demand real-time tracking, compliance management and end-to-end supply chain transparency.

“Automotive customers are extremely demanding on lead times,” Liu noted. “If a shipment misses its delivery window, an entire production line can stop. That is why visibility from origin to destination has become essential.”

Von Winning compared the automotive sector’s growing demand for visibility with standards already common in pharmaceutical logistics. “The tracking and real-time visibility of supply chains is becoming increasingly important,” he said. “The transparency is expected as a basic requirement today.”

Yu described digitalisation, visibility and compliance as prerequisites rather than competitive advantages. “They are entry requirements,” he said. “You need them to become a logistics supplier to automotive manufacturers. Real differentiation comes from delivery performance, cargo safety, cost control and better solutions.”

Infrastructure constraints could also emerge as EV supply chains continue to expand. Liu pointed to shortages of specialised RoRo vessel capacity, battery transport equipment and rail-loading facilities capable of handling vehicles.

“The shortage of RoRo vessels globally is still significant compared with demand,” she said. “At the same time, transporting batteries requires specialised equipment and infrastructure, which also remains limited.”

Yet perhaps the greatest challenge facing the industry is volatility itself. From geopolitical conflicts and tariff disputes to shipping disruptions and climate-related events, supply chains are being forced to absorb a level of uncertainty that would have been difficult to imagine a decade ago.

“The biggest challenge today is the volatility of logistics networks,” said von Winning. “Every time we adjust to one disruption, another appears. Whether it is geopolitics, tariffs, natural disasters or energy costs, companies are being forced to invest heavily in resilience.”

That investment in resilience is accelerating the broader trend toward regionalisation. As more manufacturers establish assembly operations closer to consumers, logistics networks are expected to evolve from moving complete vehicles to supporting globally distributed manufacturing ecosystems.

The future of automotive logistics will be defined less by the export of finished vehicles and more by the movement of components, batteries, chips and aftermarket parts across increasingly regionalised supply chains. “Regionalisation and near-shoring will become the standard,” Liu said. “You will see more movement of components and high-value parts rather than complete vehicles. That will create opportunities for logistics providers, warehouses and inventory management hubs.”

Von Winning believes globalisation itself is not disappearing but changing form. “We will see manufacturers moving closer to their markets, but the supply chains will remain global,” he said. “Components will still come from different parts of the world, and that means there will be plenty of work for the logistics industry.”

Yu offered a concise summary of the sector’s enduring priorities despite rapid technological and structural change. “We change our tools, our facilities and our methods,” he said. “But we never change our drive for speed, safety and lower cost.”