It was a roller coaster year for electric vehicles in America, culminating in a paradox: a reduction in consumer sales due to a reversal in supportive policies and a reduction in manufacturing, contrary to a steady interest in EV purchases. The massive EV policy unraveling initiated by the Trump administration in 2025 undermined the foundation of the entire electric vehicle market in America. The states lost a mandate to require electric vehicle sales, regulations regarding fuel economy and emissions were reformed, fines for selling vehicles which are gas guzzlers were struck down, and then finally, the federal tax credit of $7,500 was eliminated in its entirety.
To counter this, carmakers have been putting off or postponing costly projects. Among the canceled electrics before production was the all-electric Ram 1500 REV, the Ford Lightning with positive reviews, and the Volkswagen Buzz, among others. General Motors’s Brightdrop van has become the latest to join the scrapped lineup. Extended-range electric vehicles are being used as replacements for some of the scrapped models as there seems to be a change towards compromised vehicles with large batteries and a gas range or range extender engine.
Sales volumes showed how dynamic this market is. It is “a roller-coaster ride,” described Stephanie Valdez Streaty of Cox Automotive. There was a huge rush in August and September of this year as people wanted to get an electric car before the tax credits phased out. It was an 11.6% market share in September, an historic level. Sales volumes crashed by 50% in October. Yet “Among U.S. shoppers who are in [the] market for new vehicles, the interest in electric vehicles actually ticked up a bit after the tax credit went away.” A survey shows that 25% of car buyers are very interested in electric vehicles, with a repurchase probability of 94% based on satisfaction.
However, such adaptability is moderated by several structural issues. Although home-owners find it easy to charge their vehicles, charging becomes a significant hurdle for apartment residents. The reason is that public charging is at least three times costlier and much slower compared to home charging. Further, in scenarios where installing charging points in shared garages or parking space is considered, several issues create a feedback mechanism that does not favor either party in apartments where parking is not available within the residential units.
Prices are another source of concern. Even assuming large fuel and maintenance costs saved over the lifetime of the vehicle, high upfront costs were sufficient to deter buyers. This holding pattern has repercussions not only in the transportation sector but is reflected in emissions trends and investment in renewables as well. Carnegie Mellon University research shows that widespread adoption would create further solar energy production infrastructure in addition to wind energy infrastructure and energy storage in the form of batteries.
The supply chain has definitely taken the whiplash. As Ken O’Trakoun of RPM Partnersconcludes: “The whiplash… between demand going up and demand receding… has impacted a number of suppliers.” Such investment in plant capacity for the components of cars that have been canceled or put back has resulted in stranded capital. There have been lay-offs of staff from the battery plants and the EV lines of automakers. The opposite applies globally.
Its domestic EV market in China is a massive 13 million+ plug-ins sold in 2024 always facilitating high-volume production and reducing costs through scale. Battery costs in China are $84 per kWh for lithium iron phosphate batteries, while in Western markets, it costs $130 per kWh, giving a $2,700 margin difference on a 60 kWh battery module. China has dominance over the global supply chain of critical battery components. That market supports the export side of the equation as well. China exported 5.9 million cars in the year 2024, with around 40% of these being electric or plug-in hybrids, already surpassing Japan as the biggest auto exporter worldwide.
Tariffs in the US, EU, and beyond have tempered demand in some regions, with Chinese automotive manufacturers investing in further overseas assembly kits to circumvent trade restrictions. New assembly facilities throughout Europe, Southeast Asia, and South America will boost the industry with millions of units of new capacity introduced by the end of 2026, further ingratiating Chinese manufacturing chains with the global market. The global market for gasoline cars already peaked close to a decade ago, states BloombergNEF’s Huiling Zhou. Today, one in four cars sold worldwide in the market for electric vehicles will take home the prize.
But the pace of Chinese plug-in market penetration – monthly sales above 50% late in the market’s final year – has already upended the established playing field with EVs from western auto majors likely to forfeit more than turf on Chinese turf, with new buyers in the burgeoning global market turning increasingly to Chinese EV vendors. There’s no question that the US auto industry will find itself caught up in the EV train indeed. While homegrown trade-suffocating politics will continue obstructing adoption there, the ride will grow increasingly speedy worldwide. The EV wagon wagon train won’t be slowing down anytime soon but will instead increase speed somewhere else worldwide.