Chinese electric vehicles are forcing a reckoning for the global auto industry. Cheaper and often better equipped than cars made in the West, Chinese EVs are increasingly desirable to consumers outside China. As a result, China’s massive manufacturing and export capacities are now fueling the rapid adoption of EVs globally.
On both sides of the Atlantic, the common explanation for this growing dominance is simple: government subsidies. In the U.S., politicians such as Michigan Congresswoman Haley Stevens have called for a ban on any Chinese EVs from entering U.S. territory on the basis that “the Chinese auto industry is heavily subsidized by the Chinese Communist Party, allowing them to undercut competitors and quickly flood new markets.” Ford CEO Jim Farley has said “there’s no way this is a fair fight.” And in Europe, a recent opinion piece in the London Telegraph shrilly decried “China’s assault” on German carmakers.
But that story is misleading and misguided. And believing it threatens to undermine the U.S. (and German) auto industry.
Recent analysis from Rhodium Group shows that subsidies account for only a sliver of China’s price advantage, with government support explaining just 5% of the cost gap. The rest comes from structural advantages that the United States has not yet matched and, in some cases, has barely begun to address.
Misdiagnosing the problem leads to misaligned policy. Believing that subsidies are the primary threat, the U.S. has responded with tariffs, bans and industrial defensiveness. But if the real drivers are scale, supply chain control and manufacturing innovation, then the challenge is far more serious – and, indeed, strategic.
With even conservative estimates forecasting that global EV sales will quadruple by 2030, pretending that the global shift to electric simply isn’t happening is no strategy at all.
Subsidies Aren’t The Story
China did subsidize EVs in the 2010s, but most national subsidies have been phased out. Yet, despite that, Chinese EV prices continue to fall. Rhodium notes that China’s cost advantage is “structural, not primarily subsidy-driven.”
The bulk of China’s “extra” support for its EV industry does not come from direct grants or tax breaks – something which Western governments do at comparable levels – but from loans from state banks at below-market interest rates, a structural feature of China’s political‑economic model, which emphasizes investment-led growth. In other words, China’s advantage is not the result of a targeted subsidy program that can be neutralized with tariffs. It is embedded in how the country’s financial system functions.
The U.S. “subsidy” narrative persists because it is politically convenient. Subsidies are an external factor; something Washington can blame on Beijing. Structural advantages, by contrast, require introspection: how did China build the world’s most efficient EV ecosystem while the U.S. remained tied to legacy automakers and fragmented supply chains?
Scale Drives Down Costs
China produces more EVs than the rest of the world combined. Its factories run at high utilization rates, spreading fixed costs across millions of vehicles. U.S. plants, by contrast, often operate below capacity, especially as automakers struggle with EV adoption and internal restructuring.
Scale is not just about volume. It creates a feedback loop: more production leads to lower costs, which leads to more demand, which leads to more production. China is deep into that loop; the U.S. is not.
Vertical Integration Cuts Out Middlemen
Analysts point to Chinese manufacturers’ development of vertical integration to explain China’s advantages in EV delivery.
The best way to explain vertical integration is to look at an example – such as BYD, China’s largest automaker. The Shenzhen-based firm manufactures batteries, semiconductors, motors, and even its own transport ships to export vehicles. This level of integration eliminates supplier markups and reduces coordination costs.
American automakers rely on sprawling supplier networks built for internal combustion engines. Retooling those networks for EVs is slow, expensive and politically fraught.
Supply Chain Proximity Matters
China dominates battery materials, refining and cell production, and controls much of the global supply of processed lithium, nickel and graphite. That means shorter supply chains, lower transport costs and faster production cycles.
The U.S. is still building its battery ecosystem. Even with the Inflation Reduction Act, domestic mining and refining remain years behind.
Manufacturing Innovation Is A Core Competency
Chinese EV makers iterate quickly. They redesign factories, adopt new processes and integrate software early in the design cycle. Many U.S. automakers still treat EVs as modified gasoline cars, carrying over legacy engineering and legacy bureaucracy.
The Financial Times reports that Chinese manufacturers can bring a new model to market in as little as 18 months. In the U.S., the process often takes three to five years.
Software Makes Chinese EVs Desirable
Chinese EVs are built as smart devices first and vehicles second. Increasingly tech-savvy consumers now expect seamless infotainment, voice control, over-the-air updates and integrated apps. Within China, domestic competition has pushed automakers to prioritize the user experience. China has hundreds of EV makers, and margins are thin. Survival depends on innovation and efficiency.
The U.S. market is dominated by a handful of incumbents who face less pressure to reinvent themselves. Meanwhile, American EVs often lag in software quality, integration and responsiveness. In a market increasingly defined by digital features, that gap matters.
Tariffs Won’t Solve the Problem
The U.S. can raise tariffs, restrict imports and tighten rules of origin. Those measures may slow Chinese EV entry, but they won’t fix the underlying competitiveness gap. Tariffs can buy time, but they cannot buy innovation.
If the U.S. continues to misdiagnose the problem, it risks falling further behind.
What the U.S. Must Learn
To ensure a future for its auto industry, the U.S. would do well to recognize the capabilities that China has developed, while building a proactive rather than defensive American strategy focused on scale and technological execution. As China observer Ker Gibbs told Forbes last month: “Why not learn from China? It worked for them.”
Ingredients of such a strategy would include developing domestic battery supply chains, investing in vertical integration, encouraging competition (rather than protecting incumbents), and supporting scale-up capital for EV startups.
While long-term industrial strategies cannot deliver results overnight, such initiatives, backed by government, would send the message that the U.S. automotive sector is not burying its head in the sand, but looking to the future. The goal should not simply be to keep Chinese cars out; it should be to ensure that American companies can build vehicles people want to buy, at prices they can afford.
The Hard Truth
Alexander van Wijnen, Investment Strategist at the investment firm Dasym, summarizes the challenge: “Rather than focusing on penalizing China for its industrial model, Western governments would be wise to address their own competitiveness – and to maintain access to world-class Chinese products in the meantime.”
Chinese EVs are not cheap simply because Beijing subsidizes them. They are cheap because China planned, and built an ecosystem optimized for speed, scale and innovation. Chinese EVs are desirable because Chinese consumers demanded better products, and manufacturers delivered. To cast these successes as Beijing somehow “cheating” misrepresents what is happening.
The U.S. cannot tariff its way out of this challenge, and cannot kick the can down the road forever. It must compete.
