Two Models of Industrial Power
In China, half of all cars sold in 2024 were electric. In the United States, fewer than one in ten were. A Chinese EV that costs $30,000 in Shanghai costs at least $60,000 in Detroit, thanks to the Biden administration's 100 percent tariff imposed in September 2024. But the tariff wall reveals something larger than trade policy: two fundamentally different approaches to industrial transformation, playing out in real time with consequences that extend far beyond either country's borders.
China didn't stumble into electric vehicle dominance. The country manufactured 12.4 million electric cars in 2024, more than 70 percent of the 17.3 million EVs produced globally that year. That manufacturing capacity emerged from a 15-year government strategy that began with subsidies, built infrastructure at scale, and created the conditions for Chinese automakers to compete on price and speed in ways American manufacturers cannot match.
How China Built an EV System
The architecture started in 2009 with a pilot program called "Ten Cities and Thousand Vehicle," which subsidized electric and hybrid vehicles in public transport fleets. By 2013, the government extended subsidies to individual consumers through a tiered system based on vehicle range, longer range meant larger subsidies, which pushed manufacturers to improve battery technology rather than simply produce cheap, short-range vehicles.
Then came infrastructure. China deployed a public charging network more than 10 million chargers strong. The United States, by comparison, had 192,500 public chargers as of August 2024, with about 1,000 new ones activated each week. The Biden administration committed $7.5 billion to charging infrastructure, with $5 billion directed toward fast-charging networks along highways. As of late 2024, only 69 fast chargers were operational across eight states.
The subsidy and infrastructure strategy produced a market transformation: two-thirds of fully electric cars in China now cost less than their gasoline equivalents. In July and August 2024, more than half of all automotive sales in China were electric or hybrid vehicles. The country created not just an EV industry but an EV economy, one where electric vehicles became the default choice for ordinary buyers, not a luxury product for early adopters.
BYD and the Speed Problem
BYD, the world's largest manufacturer of electric cars and the second-largest EV battery seller globally, illustrates what that government-supported ecosystem enables. The company employs more than 100,000 scientists and engineers. It takes BYD 18 months to move from initial concept to factory rollout, half as long as U.S. and other global automakers require for the same process.
That speed advantage isn't just about efficiency. BYD has developed a battery that can recharge in five minutes. The company uses industrial robotics extensively and operates "dark factories" that run with minimal human intervention. Recent European crash-test evaluations have given top safety ratings to Chinese EVs, dismantling the assumption that speed and low cost mean compromised quality.
Chinese manufacturers now produce vehicles across every segment: subcompact models like the BYD Seagull, full-size SUVs like the Xpeng G9, luxury cars like the Zeekr 009. Other major players include NIO, Xiaomi, Geely, Chery, Great Wall Motor, and Leapmotor. Together, these companies have created production capacity that far exceeds what China's domestic market can absorb, factories capable of producing more than the 25 million vehicles Chinese buyers purchase annually.
That overcapacity makes exports not just attractive but necessary. In 2024, China exported approximately 1.25 million cars, representing 40 percent of global EV exports. Export markets are developing in Western Europe, Southeast Asia, Latin America, and Australia, everywhere, in fact, except North America.
The Tariff Wall and What It Protects
The Biden administration's 100 percent tariff, imposed in September 2024, effectively doubles the price of any Chinese EV sold in the United States. A $30,000 vehicle becomes a $60,000 vehicle. Given that the average price of a new electric vehicle in the U.S. already sits at approximately $55,000, the tariff ensures Chinese manufacturers cannot compete on the dimension where they hold the clearest advantage: cost.
The administration set a goal for half of all vehicles sold by 2030 to be electric, plug-in hybrid, or fuel cell EVs. But battery electric vehicles and plug-in hybrids represented less than 10 percent of car sales in the U.S. as of June 2024. The gap between ambition and reality widens when EVs remain priced as luxury goods and the most affordable options are tariffed out of reach.
What does the tariff protect? Not American competitiveness in EV manufacturing, Chinese companies are simply building factories elsewhere. BYD opened a mega-factory in Camacari, Bahia, Brazil, at the site of a former Ford manufacturing plant. Both BYD and Great Wall Motor are cosponsors of the COP30 climate summit in Brazil. China's official delegation to that summit consisted of 789 people, second only to Brazil's 3,805. The U.S. federal government sent no official delegation.
The symbolism cuts deeper than attendance numbers. Chinese manufacturers are embedding themselves in the industrial and climate infrastructure of countries across the global south and Europe, while American policy treats the EV transition as something that can be managed through tariffs and delayed through protection of legacy automakers.
What the Rest of the World Is Buying
Globally, one in four new automotive vehicle sales in 2025 are expected to be electric. That transition is happening with or without American participation. European families are buying Chinese EVs that pass rigorous safety tests. Brazilian workers who lost jobs when Ford closed are being rehired at BYD's new facility. Southeast Asian and Australian buyers are accessing electric vehicles at price points that make the technology viable for middle-class households, not just wealthy early adopters.
The vast majority of Chinese-made EVs are still sold domestically rather than exported, but that's changing as manufacturers seek markets for their excess capacity. The infrastructure those export markets build, the supply chains they establish, and the technical standards they adopt will likely center on Chinese systems, not American ones.
The United States chose a tariff wall over a competitive strategy. China spent 15 years building the industrial capacity, charging infrastructure, and consumer market that made EVs cheaper than gas cars for two-thirds of models. America spent $7.5 billion on charging infrastructure that has produced 69 working fast chargers across eight states, then blocked the cheapest EVs from entering the market to protect automakers that cannot match Chinese production speed or cost.
The rest of the world is moving into an electric vehicle future at accessible prices. Whether American buyers and workers will participate in that transition, or watch it happen elsewhere, depends on whether protection can substitute for competition. The early evidence suggests it cannot.