For years, electric vehicles have carried one stubborn inconvenience that gasoline cars rarely face: a long stop to replenish energy. Geely is now pushing that gap dramatically closer to disappearing. The Chinese automaker has unveiled an ultra-fast charging system capable of taking compatible EVs from 10% to 70% charge in just four minutes and 30 seconds under its demonstrated conditions.
The technology arrives at a particularly important moment for Canada. Ottawa has reopened limited access to Chinese-built electric vehicles, Geely-owned Lotus EVs have already arrived, and companies including BYD and Chery are laying groundwork for broader Canadian expansion. That means technology being developed in China is becoming increasingly relevant to a Canadian market long dominated by familiar North American, Japanese, Korean and European automakers.
Geely’s Four-Minute Claim Comes With an Important Detail
Geely unveiled its next-generation Smart Charging technology in Ningbo, China, on September 23, pairing a new high-rate battery with a fifth-generation charging station capable of delivering up to 2,250 kilowatts of peak power. In testing involving the Lynk & Co 10 and Zeekr 001, vehicles equipped with Geely’s Shendun Golden Battery went from 10% to 70% state of charge in four minutes and 30 seconds. Going much closer to full took longer: the same system moved from 10% to 97% in eight minutes and 40 seconds. Those distinctions matter because charging speeds normally slow as a battery approaches full capacity.
The numbers nevertheless represent an extraordinary change compared with the charging experience familiar to most EV owners today. Geely describes the 12C-capable battery and charger combination as its fastest production-ready charging technology yet. Rather than asking drivers to spend half an hour around a highway charger, the company’s goal is to bring a meaningful charging stop into roughly the same time frame as buying a coffee or filling a gasoline tank. Whether that experience can eventually be reproduced consistently outside China will depend on vehicles, charging infrastructure, weather and electrical capacity.
The Breakthrough Is About Heat Management as Much as Raw Power
Pushing more than two megawatts through a passenger-vehicle charging system creates an engineering problem that cannot be solved simply by building a more powerful plug. Batteries, cables, connectors and charging electronics all generate heat, and excessive temperatures can restrict charging performance and affect durability. Geely says its Smart Charging system uses an AI model called Xingrui PowerMind to coordinate information from the vehicle, battery, charging station, cloud services, electrical grid and energy-storage system. The software predicts battery-temperature changes as much as 30 seconds in advance and adjusts charging power rather than waiting for temperatures to rise first.
Geely pairs that software with liquid cooling extending through five parts of the charging chain. The company says the system is designed to keep average battery temperatures below 55°C and peak temperature below 65°C during ultra-fast charging. It has also introduced a pulse-restoration technique intended to mitigate some battery degradation associated with repeated high-power charging. Geely claims the combined technologies can improve battery cycle life by as much as 20%, although long-term results across large customer fleets will ultimately provide a more meaningful test than laboratory or controlled demonstrations. The company’s lower-cost next-generation Ultra Short Blade Battery, meanwhile, reaches a 6C peak charging rate and is designed to generate less heat during charging.
China’s EV Industry Is Turning Charging Time Into a Technology Race
Geely is not developing ultra-fast charging in isolation. Chinese automakers and battery manufacturers have increasingly turned charging speed into a competitive battleground alongside range, price and driver-assistance technology. BYD’s Canadian website now promotes its own 1,500-kW Flash Charging technology, which the company says can charge compatible vehicles from 10% to 70% in five minutes and reach 97% in nine minutes at room temperature. A megawatt-class BYD charging facility opened in Shenzhen in 2026 with individual connectors capable of supplying as much as 1,500 kW.
Battery giant CATL has pushed the numbers even further under different test conditions. Its third-generation Shenxing battery is rated at an equivalent 10C charging rate with a peak of 15C. CATL says it can go from 10% to 80% in three minutes and 44 seconds and from 10% to 98% in six minutes and 27 seconds at normal temperatures. These figures should not be treated as a simple leaderboard because battery size, temperature, starting charge, ending charge and testing procedures differ. What they clearly demonstrate is the speed of development. Chinese companies are now competing over minutes—and sometimes seconds—instead of merely advertising how many kilometres an EV can travel.
Geely Is Scaling Up Far Beyond Its Home Market
Ultra-fast charging matters internationally because Geely is becoming a much larger exporter. The company reported more than 1.42 million vehicle sales during the first half of 2026, while sales outside China reached roughly 474,000 vehicles. That represented a 158% year-over-year increase in Geely’s overseas volume and was already greater than the company’s entire overseas sales total for 2025. Geely subsequently raised its 2026 export target to 920,000 vehicles, illustrating how aggressively Chinese automakers are looking beyond their increasingly competitive domestic market.
The broader numbers are even larger. The International Energy Agency estimates that nearly 22 million electric cars were manufactured globally in 2025, with China responsible for almost three-quarters of production. China exported more than 2.5 million electric cars that year, roughly twice the 2024 level. During the first half of 2026, total Chinese vehicle exports climbed about 65% year over year while electric-car exports increased by more than 120%. Those volumes help explain why technologies such as Geely’s charging system cannot be viewed solely as Chinese-market curiosities. Chinese manufacturers increasingly have the scale, production capacity and incentive to carry their vehicles and technology into markets where established global brands have historically faced fewer direct Chinese competitors.
Canada Has Reopened the Door—but With a Controlled Quota
Canada fundamentally changed the economics of importing Chinese-built EVs on March 1, 2026. The previous 100% surtax was repealed and replaced with an annual country-specific quota initially allowing 49,000 eligible vehicles from China to enter at Canada’s 6.1% most-favoured-nation tariff. Importers still require shipment-specific permits, and vehicles outside the quota cannot simply enter without authorization. The system therefore represents managed market access rather than an unrestricted opening of the Canadian auto market.
The first quota year is divided into two periods. The initial March-through-August allocation provided access for 24,500 vehicles. The second period, running from September 1, 2026 through February 28, 2027, provides another 24,500 plus unused volume carried over from the first half. Government data updated September 18 showed 15,763 vehicles had been counted against the 49,000-unit annual quota, leaving 33,237. The arrangement is also designed to shift gradually toward lower-priced EVs: the share reserved for vehicles with a free-on-board price of C$35,000 or less is scheduled to increase from 10% in the second quota year to 50% by the fifth. For Chinese manufacturers, Canada has therefore become accessible, but space is deliberately limited.
The Chinese Brand Expansion Is Already More Than a Future Scenario
Geely already has a direct connection to Canada’s new import framework through Lotus. Nearly 20 China-built Lotus electric vehicles arrived in Canada in July, becoming the first batch of Chinese-controlled brand EVs imported under the new bilateral arrangement. Lotus is majority-owned by Geely Holding, and it already had an established Canadian retail presence before the tariff change. That distinction is important: the shipment did not represent the sudden arrival of Geely-badged mass-market vehicles, but it did demonstrate that Geely’s wider corporate portfolio can use Canada’s new China-EV access rules.
Other manufacturers are preparing more ambitious moves. Reuters reported that BYD was working toward Canadian dealerships and had begun compliance procedures for passenger vehicles, while Chery had been meeting Canadian dealers and testing vehicles in Canadian conditions. Changan was also reported to have a team studying a launch. More recently, BYD established an official Canadian website operated by BYD Canada Company Limited in Markham, Ontario. The site does not yet accept vehicle purchases, reservations or deposits, but it prominently promotes technologies including Flash Charging. For established automakers, the competitive question is therefore shifting from whether Chinese companies are interested in Canada to how quickly individual brands can complete certification, establish retail networks and secure quota access.
They Would Be Entering a Market Where Buyers Still Favour Familiar Trucks and SUVs
Breaking into Canada will not be as simple as arriving with impressive battery specifications. Nearly two million new vehicles were sold in the country in 2025, and established manufacturers still command enormous scale. General Motors sold 299,813 vehicles and held approximately 15.5% of the Canadian market, while Ford approached 294,000 sales and Toyota reached a record 249,445. Canadians also remain heavily oriented toward larger vehicles. Statistics Canada reported that multipurpose vehicles represented 63.2% of new registrations in 2025, while other industry data show pickups, SUVs and minivans accounting for the overwhelming majority of new-vehicle sales.
Electric demand is showing signs of recovery, however. Canada registered 58,811 new zero-emission vehicles during the second quarter of 2026, up from 43,113 during the first quarter and 46,413 a year earlier. It was Canada’s strongest quarterly ZEV total since late 2024. That creates an interesting opening for newcomers able to offer the crossovers Canadians favour at competitive prices. Chinese manufacturers have become particularly strong at combining batteries, software, displays and advanced charging technology in relatively affordable vehicles. Yet Canadian success will also depend on mundane but essential factors—winter performance, parts availability, resale values, financing, warranty coverage and a dealer or service network that owners can rely on years after purchase.
Four-Minute Charging Would Require Canada to Upgrade More Than the Cars
A 2,250-kW charger is dramatically more demanding than the charging equipment most Canadian EV drivers encounter today. Federal infrastructure programs classify anything above 200 kW as high-power fast charging for funding purposes, while Geely’s peak figure is more than ten times that threshold. Delivering megawatt-class power reliably at busy highway locations would require not just new charging cabinets, but substantial electrical connections, cooling equipment, energy management and, in some locations, on-site battery storage or grid upgrades.
Canada is already investing heavily in charging. Natural Resources Canada said in February 2026 that more than 30,000 chargers had been installed through its Zero Emission Vehicle Infrastructure Program, with further projects and a national charging strategy under development. But Geely’s announcement illustrates how quickly the technical target is moving. Canada can expand conventional fast charging only to discover that the newest vehicles are capable of accepting dramatically more power. There is also no announcement that Geely’s new 2.25-MW system will be deployed in Canada, so four-minute charging should not be mistaken for an imminent Canadian feature. Its immediate significance is competitive: Chinese manufacturers are demonstrating how rapidly EV expectations can change, just as several of those companies begin establishing a larger presence in the Canadian market.
