A showroom for Omoda and Jaecoo, two Chinese brands owned by state-controlled Chery, now greets the half a million drivers who pass the Hogarth roundabout in west London every week. This is the same prominent location where Tesla famously set up a bright outpost in an attempt to persuade British consumers that it was genuine. There is no nuance to the symbolism. Chinese automakers are familiar with winning markets. They’ve been watching Western brands do this for decades, and now they’re copying the strategy, segment by segment, location by location, throughout a continent that wasn’t prepared for this kind of competition.
Everyone starts with BYD, and for good reason. The company was established in 1995 as a battery manufacturer in Shenzhen, and before learning how to design cars, it studied chemistry for the first twenty years. That sequencing proved to be a benefit that no one had expected. In September 2025, BYD’s UK registrations increased by 880 percent year over year. If this number weren’t accompanied by the tangible reality of BYD showrooms opening throughout the nation and the UK becoming the company’s largest market outside of China, it could be written off as a rounding error from a base of zero. That same month, Chinese brands outsold their Korean competitors in Western Europe for the first time. This was not an accident. It occurred because the product is actually more affordable and competitive in many markets.
| Company | BYD Co., Ltd. (Build Your Dreams) — Shenzhen, China. Founded in 1995 as a battery company; now the world’s largest EV seller by volume. In 2025, surpassed Tesla in global BEV sales |
| European Sales Growth | UK registrations in September 2025: +880% year-on-year. The UK has become BYD’s largest market outside China. Chinese brands collectively outsold Korean rivals in Western Europe for the first time in September 2025. 30% of the ~500,000 Chinese cars sold in Western Europe, Jan–Sep 2025, were sold in the UK |
| European Strategy | Target: 2,000+ stores across 32 European countries by 2026. Hungary factory under development for localized production to sidestep EU tariffs. Parts warehouse in the Netherlands, stocking 22,000 components. R&D centers opening in Hungary (2025). Own fleet of car-carrying ships (BYD Explorer series) to control logistics |
| Technology Advantage | Blade Battery (LFP): cobalt-free, longer lifecycle, passes nail penetration test without fire. Cell-to-Body (CTB) integration: battery becomes structural floor, improving crash performance and reducing weight. ~75% vertical integration (vs Tesla ~45–50%, VW ~20–25%). Own semiconductor production — kept running during the 2021–22 chip shortage |
| Product Range | Dolphin (affordable compact); Atto 3 (compact SUV); Seal (performance sedan); Seal U PHEV; Han EV (premium sedan). DM-i plug-in hybrid range: 1,000km+ total range, priced below equivalent VW Golf — capturing buyers not ready for full EV in infrastructure-limited markets |
| Tariff Situation | EU tariffs on BYD: 27% on EVs; hybrids not included. Analysts suggest duties would need to exceed 40–50% to significantly deter BYD. US tariffs: 100%. UK: no new tariffs (non-EU, no domestic manufacturer to protect). Norway: no tariffs — Chinese brands captured ~10% market share Jan–Jun 2025 |
| Competitive Position | ~4 million+ units produced in 2026 with ~20% profit margins. 110,000 R&D engineers (vs VW Group ~60,000; Tesla ~20,000). Product development cycle: ~18 months (vs European average 4–5 years). Vehicles ~25% cheaper than European equivalents. Six of the top 10 global EV sellers are now Chinese brands |
| Reference | Fortune — BYD is already beating Tesla. It’s new Europe playbook… (fortune.com) |
European executives are most anxious when discussing the price gap. When compared to similar European models, BYD’s cars usually arrive on European forecourts about 25% less expensive, and the comparison doesn’t negatively impact BYD’s quality as it once would have. The Blade Battery, which uses BYD’s exclusive lithium iron phosphate technology, is cobalt-free, has a longer lifespan, and is renowned for passing the nail penetration test, where the majority of rival cells fail miserably. The battery pack becomes a structural part of the chassis floor instead of a separate box thanks to the Cell-to-Body integration technology, which also improves crash performance and lowers production costs. Incremental engineering is not what this is. Developed by a company with about 110,000 R&D engineers—nearly twice as many as the entire Volkswagen Group and five times as many as Tesla—it is an alternative approach to the problem.
Perhaps the most significant component of BYD’s competitive position is its vertical integration story, which is also the most difficult to swiftly imitate. After purchasing batteries from CATL, semiconductors from different suppliers, and motors from specialized manufacturers, European and American automakers are essentially sophisticated assembly operations that bolt everything together. About 75% of a car’s parts, including its own IGBT semiconductor chips, are produced in-house by BYD. BYD continued to produce during the global chip shortage of 2021 and 2022, when Toyota and Volkswagen were stopping production lines due to a shortage of semiconductors. That is a structural advantage that increases over time as supply chains become more unstable; it is not merely an anecdote.
Because it makes up a sizable portion of BYD’s European sales and is a calculated risk that the majority of European automakers failed at, the DM-i plug-in hybrid system merits particular attention. While Volkswagen and Stellantis mostly avoided hybrids in their rush toward all-electric vehicles, BYD more accurately sensed consumer concerns about charging infrastructure and developed a hybrid system that is less expensive than a gasoline-powered Volkswagen Golf, can travel 1,000 kilometers or more on a combined cycle, and drives like an EV most of the time. This vehicle competes with conventional combustion cars rather than other EVs in Southern and Eastern Europe, where public charging is still woefully inadequate. It’s also winning that competition.
In response, the European Union imposed tariffs—in addition to current duties—of 27% on BYD’s battery-electric vehicles as of late 2025. At 100%, the US went further. Britain has become a crucial entry point in part because it has refused to follow suit, as it is not an EU member and does not have a domestic automaker to defend using the same reasoning. Examining the EU tariff figures, analysts have generally come to the same conclusion: BYD’s cost advantage is diminished but not eliminated by the duties at 27%. According to some estimates, duties would need to be higher than 40 to 50 percent to significantly prevent the expansion. Even in that case, BYD is directly addressing the tariff issue through local production, with a factory being built in Hungary that will eventually enable European-assembled cars to completely avoid import duties.
As this develops, there’s a sense that Europe’s established automakers are facing something akin to the classic innovator’s dilemma: reorganizing around the new reality necessitates accepting short-term losses that their shareholders are unwilling to absorb because their current products and pricing structures were created for a world in which BYD did not exist in this form. According to some industry analysts, consolidation—European companies partnering with Chinese manufacturers instead of attempting to outbid them solely on price—is a more likely outcome than direct competition. Nissan left a location in Barcelona, which BYD purchased. The pattern is starting to show. Whether Europe will act quickly enough to alter it is still up in the air.
