In 2025, China sold 6.9 million electric vehicles (EVs), accounting for over half of global sales. This growth stems from a well-coordinated ecosystem of state subsidies, a vast charging network, and a fast-moving manufacturing base. Tax breaks on batteries, consumer rebates, and a mandate for new-energy vehicles to make up at least 20% of sales have turned China into a hub for mass-market electrification.
Two manufacturers have led this charge. BYD, once a small battery maker, became the world’s largest EV producer in 2025, surpassing traditional rivals in both volume and model variety, from compact cars to long-range sedans. BYD invested over $10 billion in EV research and development last year, focusing on solid-state batteries and autonomous driving software. Geely, another major player, has used government support and aggressive acquisitions to expand in Europe and Southeast Asia.
China’s infrastructure is a significant advantage. By the end of 2025, the country had over 2 million public charging points, making long trips without recharging uncommon. Private investors have also poured billions into battery startups and grid projects, aiming to make charging as easy as refueling a gasoline car.
This creates a positive cycle: higher sales lead to more R&D, resulting in cheaper, longer-range models that attract more buyers. For foreign automakers, the Chinese market is now a critical arena for the future of electric mobility.
Ford and GM’s Strategic Crossroads: Adapt or Become Obsolete?
In the U.S., Ford and General Motors (GM) are at a crucial turning point. Both companies have committed billions to establish a presence in China’s EV market—Ford with $10 billion for local production and GM focusing on its “Ultium” platform to compete with local brands. However, they face challenges in execution.
For foreign automakers, the Chinese market is now a critical arena for the future of electric mobility.
Ford’s recent recall of 1.74 million vehicles due to a rear-view camera defect damaged consumer trust and highlighted operational issues. The company is trying to retrofit older models for electric power while dealing with quality-control problems in its current lineup.
GM’s situation in China is similar. The Chevrolet Bolt, once its flagship EV, has not met sales expectations in a market that favors local designs and lower prices. Although GM’s “Ultium” batteries are advanced, they lack the economies of scale that Chinese manufacturers enjoy, leading to higher costs.
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Both companies are also struggling with the rapid pace of product development among Chinese competitors. BYD can refresh a model in under a year, thanks to its integrated battery production and supply chain. In contrast, Ford and GM rely on a mix of suppliers, slowing their ability to innovate.
Ford and GM face three strategic choices: strengthen joint ventures with Chinese firms, move more of the EV value chain to China, or retreat to markets where traditional internal combustion engine (ICE) sales are strong. Each option carries risks. Partnering with local firms could harm brand value and intellectual property, while withdrawing from China would give up a key growth market.
Partnering with local firms could harm brand value and intellectual property, while withdrawing from China would give up a key growth market.
The Global Implications: What This Means for the auto industry
China’s push for electrification is changing the global automotive landscape. BloombergNEF predicts total EV sales will reach 20 million units by 2030, driven by Chinese production. As the largest battery manufacturer, CATL, along with BYD, will dominate lithium-ion battery supply, forcing automakers to negotiate pricing that reflects Chinese market conditions.
This shift is evident in supply chains. European manufacturers like Volkswagen and Stellantis are moving key assembly lines to China to benefit from lower labor costs. They are also investing in joint R&D centers to develop battery technology and autonomous driving systems that meet local regulations.
Furthermore, the surge in EVs is redefining competitive advantage. Companies now compete on software updates, diagnostics, and monetizing data from connected vehicles. Chinese firms have an edge, as their vehicles come with integrated systems for navigation, payments, and entertainment, built on local cloud platforms that avoid the data-privacy issues faced by Western companies.
This shift also forces legacy automakers to rethink their product lines. Ford’s recall highlights that transitioning to electric power requires a complete redesign of manufacturing processes and supplier relationships. Treating EVs as a separate line could fragment brand identity and reduce economies of scale.
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Finally, the geopolitical aspect is crucial. As Western governments consider subsidies and tariffs to protect domestic EV industries, China’s self-sufficiency in batteries gives it a strategic advantage. The result may be a divided global market with different standards for charging, safety, and data governance.
The future is not just about building faster cars, but about creating the ecosystem that will drive tomorrow’s roads.
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