Europe’s electric vehicle transition is facing a significant challenge as China maintains a commanding lead in both production and market penetration. While over 70 percent of small cars in China are now electric, Europe and the United States continue to see dominance by higher-priced electric models, creating what analysts describe as a growing gap in affordability and accessibility.
This disparity is not merely a matter of consumer preference but reflects deeper structural differences in industrial policy, battery supply chains and manufacturing scale. A recent report by Dunne Insights for the European Initiative for Energy Security warns that Europe lags between seven and ten years behind China in electric mobility development, a delay that could jeopardize the continent’s climate goals and industrial competitiveness.
The scale of China’s production underscores the divide. In 2024, China manufactured 12 million electric vehicles, compared to just 2.4 million in Europe and fewer than one million in the United States. This output reflects not only domestic demand but also China’s ability to export at scale, exemplified by BYD’s use of its own vessel, the Explorer No.1, to ship vehicles globally.
Central to China’s advantage is its control over the electric vehicle supply chain. The country accounts for 79 percent of global battery cell production and between 60 and 95 percent of the processing of critical minerals such as lithium, cobalt, and nickel. This dominance enables Chinese manufacturers to meet approximately half of global electric vehicle demand and supply the entire world’s need for lithium-ion batteries.
Such concentration has raised concerns in Europe about supply chain vulnerability and over-reliance on a single geopolitical actor. The Dunne Insights report recommends that European companies prioritize partnerships with Japanese and South Korean battery manufacturers to diversify sources while maintaining strategic autonomy. It also suggests that Tesla could play a pivotal role in bridging technological and production gaps.
At the same time, the report emphasizes that collaboration with Chinese firms remains unavoidable given their current scale and technical capacity. However, to retain control, any joint ventures should ensure European ownership of at least 51 percent—a threshold designed to preserve decision-making power and intellectual property rights.
Despite these recommendations, Europe’s efforts to build domestic battery capacity have progressed slowly. Gigafactory projects across Germany, France, and Sweden face delays due to funding shortages, regulatory hurdles, and skilled labor gaps. Meanwhile, Chinese firms continue to expand their presence in Europe through direct investment, though often under scrutiny from regulators concerned about market fairness and technology transfer.
The situation is further complicated by signs of overheating in China’s own electric vehicle market. While BYD and other manufacturers have achieved remarkable growth, analysts warn of rising overcapacity, aggressive pricing strategies, and reliance on state subsidies. Reports indicate that BYD alone produced over 340,000 unsold vehicles by May 2025—equivalent to its total output for the previous year—raising questions about the sustainability of its export-driven growth model.
These dynamics highlight a complex global landscape where China’s leadership in electric vehicles brings both opportunity and risk for Europe. On one hand, access to affordable Chinese EVs could accelerate Europe’s decarbonization efforts. On the other, unchecked dependence risks undermining the continent’s industrial policy objectives, including the goal of developing a sovereign, competitive clean technology sector.
For European policymakers, the path forward requires balancing urgency with prudence. Accelerating investment in battery research, streamlining permitting for gigafactories, and securing access to critical minerals through diversified partnerships are all essential steps. Equally important is designing incentive structures that support not just adoption, but local value creation—ensuring that the shift to electric mobility strengthens, rather than weakens, Europe’s industrial base.
The next major development to watch is the European Union’s review of its Critical Raw Materials Act, expected later in 2026, which will assess progress toward reducing reliance on foreign suppliers for lithium, cobalt, and nickel. Stakeholders across industry, government, and civil society will be looking for concrete measures to strengthen domestic refining capacity and recycling infrastructure.
As the global race for electric mobility intensifies, Europe’s ability to close the gap with China will depend not only on technological catch-up but on strategic coherence, industrial policy alignment, and the willingness to develop difficult choices about partnership, competition, and long-term resilience.
We invite our readers to share their perspectives on how Europe should respond to China’s electric vehicle leadership. What policies would be most effective in building a competitive, sustainable EV industry? Join the conversation in the comments below and share this article with others interested in the future of clean transportation.