Global EV sales reached 20.7 million units in 2025, up 20% year-on-year: regional divergence and policy shifts reshape the industry landscape.

Introduction

The 2025 global electric vehicle market turned in a report card characterized by "strong overall volume, divergent structure." According to Benchmark Mineral Intelligence data, global sales of electric passenger cars and light-duty vehicles reached 20.7 million units in 2025, up 20% year-on-year. Of that total, December alone recorded 2.1 million units sold. These figures show that despite policy support tapering off in several core markets, the EV industry has continued to grow resiliently, even as development trajectories across regions have headed in markedly different directions.

Industry Background

The trajectory of the EV market in 2025 was shaped to a large extent by policy cycles. China expanded its trade-in subsidy program in mid-2024, creating a high comparison base; Europe, after wavering over emission targets early in the year, formally softened its 2025 compliance requirements in May, extending the compliance window to the 2025–2027 average; and the United States, under the dual effect of the elimination of the federal tax credit and the reduction of CAFE fines to zero, brought an end to its multi-year subsidy era. These policy divergences determined the uneven heating and cooling across markets in 2025, and also set the stage for trends in 2026.

Key Developments

In total terms, global EV sales reached 20.7 million units in 2025. China contributed 12.9 million units, up 17% year-on-year; Europe sold 4.3 million units, up 33%; North America sold 1.8 million units, down 4%; and the rest of the world sold 1.7 million units, up 48%.

The European market became the biggest highlight. Germany's sales grew 48%, the UK's grew 27%, and France, after sustained negative growth early in the year, relied on consumer subsidies at year-end to recover, achieving positive growth of 2% for the full year. Battery-electric vehicle sales grew 31%, while plug-in hybrid sales grew 38%, indicating that the European market experienced structural acceleration in EV penetration under the dual stimulus of emission regulations and consumer subsidies.

The North American market experienced sharp volatility in 2025. In the United States, the federal tax credit ended on September 30, causing vehicle demand to be pulled forward into August and September, after which fourth-quarter sales plunged 49% quarter-over-quarter. For the full year, U.S. sales grew only slightly, by 1%. Canada, having canceled subsidies early in the year, saw sales plummet 41%; Mexico, by contrast, relied on imports of Chinese-brand EVs to grow 29%.

China's market remained vast in scale but saw slowing growth. Sales grew 33% year-on-year in the first half, but fourth-quarter year-on-year growth fell sharply to 4%, mainly due to the high comparison base created by the enhanced trade-in subsidies introduced in mid-2024. Domestic price wars eroded profits, prompting BYD and other manufacturers to accelerate overseas expansion—BYD's exports jumped from 400,000 vehicles in 2024 to more than 1 million vehicles in 2025, and Chinese-made EVs accounted for a 19% share of the European market.The rest of the world became the fastest-growing market segment. Sales in Southeast Asia nearly doubled year over year, while South and Central America grew 49%, with Chinese-branded EVs accounting for over 85% of that market. Japan's EV penetration rate remained at 3% for a fourth consecutive year, squeezed by hybrid models. South Korea, meanwhile, grew 50% thanks to new domestic models and government incentives.

Industry impact

The changes in the 2025 sales structure are having a direct transmission effect on the industrial chain.

First is the battery supply chain. The policy shift in North America has prompted some OEMs to scale back their electrification investments. GM cancelled its contract with a pure-EV battery supplier, indicating that expectations for U.S. domestic battery demand have been revised downward. Against the backdrop of a projected 29% contraction in the U.S. market in 2026, battery plant capacity planning and raw material procurement schedules will face recalibration. Europe, supported by carbon-emission regulations and the "Battery Booster" plan, still needs to expand localized battery production capacity, which will affect the pace of regional deployment for companies such as CATL and LG Energy Solution.

Second is the global expansion of Chinese companies. In 2025, the structure of China's EV exports changed significantly, with Southeast Asia, Central and South America, and Central Asia emerging as the primary growth markets. This export-driven growth is transforming China from its previous reliance on the domestic market into a dual role of global supply chain supplier and brand builder. For Europe and emerging markets, the influx of Chinese EVs has also intensified competitive pressure on local automakers, pushing them to rethink product definitions and cost control.

Third is the divergence in technology roadmaps. The wait-and-see attitude toward pure EVs in the U.S. market has created new opportunities for range-extended electric vehicles (REEVs) in North America. Several next-generation models from Ram and Ford have adopted the REEV route, while Stellantis plans to eliminate all plug-in hybrid models in 2026, retaining only two REEVs. In North America, where charging infrastructure is relatively weak and long-distance travel reliance is high, this is a pragmatic transitional technology route, but its long-term market acceptance remains to be tested.

Challenges and risks

The mix of bullish and bearish factors in 2026 means the uncertainties facing the industry cannot be ignored.

The U.S. market lacks subsidy support and faces an unfriendly policy environment. Combined with automakers shifting production capacity back toward gasoline vehicles, EV sales are expected to decline by another 29%. This will hit the pace of North American charging network construction and could lead to further cancellations of battery supply contracts.

The European market is still expected to grow by 14%, but the pace will slow noticeably compared with 2025, partly because automakers are concentrating resources on the 2027 interim emissions compliance milestone. At the same time, the EU is proposing to weaken the 2035 emission target from 100% to 90% and to introduce credit mechanisms for low-carbon steel and renewable fuels. This could reduce automakers' long-term transition pressure and affect the pace of investment in next-generation pure-EV platforms.In 2026, the Chinese market will for the first time levy a vehicle purchase tax on electric vehicles (50% reduction), while trade-in subsidies will be changed to be issued in proportion to vehicle prices, with average subsidy levels declining. This will bring additional costs to price-sensitive consumers and may further suppress domestic sales growth. The domestic price war will be difficult to end in the short term. The strategy of manufacturers such as BYD relying on overseas profits to support their home market will continue, but there is a risk of escalation in overseas trade barriers.

Future Outlook

Looking ahead to 2026, the global electric vehicle market is in a running-in period of shifting from "policy-subsidy-driven" to "market-endogenously-driven." Europe is expected to grow by 14%, the United States is expected to decline by 29%, and China will maintain low-speed growth against a backdrop of low subsidies, while exports will remain an important growth pole. The rest of the world, with continued momentum from Chinese manufacturers, is expected to sustain double-digit growth.

From a longer time horizon, 2025 is a key watershed. Policy will no longer provide uniform acceleration for EV adoption. The rises and falls of regional markets are essentially a comprehensive test of product competitiveness, supply chain costs, and the maturity of charging infrastructure. Factors such as falling battery costs, the expansion of fast-charging networks, and the differentiation of intelligent driving functions will replace subsidies as the main drivers of the next phase of EV adoption.

Conclusion

Electric mobility is not a linear upward curve, but rather advances in a spiral through the multiple interactions of policy, market, and technology. Global EV sales surpassing 20 million units in 2025 proves that the industry already has the growth confidence to rise above fluctuations in any single market. Looking ahead, whether it is the contest over emission regulations in Europe, the policy swings in North America, or the global expansion of Chinese enterprises, all will ultimately converge on the long-term main line of transportation electrification and clean energy transition. The reconfiguration of the industrial chain, the improvement of charging infrastructure, and the deep integration of intelligent mobility with the energy system will remain the core of the next-stage narrative for the global new-energy transportation industry.