China has crossed into mass adoption, Europe is accelerating again and North America is fragmenting. Schneider Electric’s latest home charger points to the less visible infrastructure problem beneath the sales gap.

Despite scattershot adoption in North America, the global electric vehicle transition hasn’t stalled, but it has has split into three increasingly different markets.

China has already pushed EVs into the mainstream. Europe, after several uneven years, is accelerating again as tighter emissions rules, subsidies, higher fuel prices and more affordable models converge. North America is moving in the opposite direction, with US sales contracting while Canada attempts to rebuild momentum through renewed incentives.

The scale of the divergence is substantial. More than 20 million electric cars were sold worldwide in 2025, 20 per cent more than in 2024 and enough to represent one in every four new cars sold. China accounted for more than 13 million of those sales, with electric vehicles reaching almost 55 per cent of its new-car market. Europe sold 4.2 million, representing 28 per cent of the market. The United States sold roughly 1.5 million, leaving its share just below 10 per cent, according to the International Energy Agency’s Global EV Outlook 2026.

The IEA expects worldwide sales to reach 23 million in 2026, or 28 per cent of all new cars. But that global number conceals a market moving at radically different speeds. Definitions vary between datasets: the IEA’s electric-car totals include battery electric vehicles and plug-in hybrids, while several regional registration reports isolate battery-electric vehicles. The directional gap is nevertheless unmistakable.

China Crosses the Mass-Market Threshold

China’s advantage is no longer simply that it sells more EVs. It has created the manufacturing, pricing and charging conditions under which electric vehicles increasingly become the default purchase.

At the end of 2025, China had an estimated 44 million electric cars on the road. Seventy per cent of battery-electric cars sold there were already cheaper than the average conventional car, while China produced nearly three-quarters of the world’s electric cars and more than 80 per cent of its battery cells.

The market is not without strain. Domestic competition is punishing, margins are thin and Chinese manufacturers are increasingly relying on exports as domestic growth moderates. July data from the China Association of Automobile Manufacturers showed domestic new-energy vehicle sales down 2.8 per cent from a year earlier, even as exports surged. Yet new-energy vehicles still reached 60.4 per cent of total vehicle sales in CAAM’s broader wholesale measure, the first time the figure crossed 60 per cent.

China is dealing with the complications of a mature EV industry: overcapacity, consolidation, pricing pressure and the need to find new export markets. North America is still trying to establish mass-market demand.

Europe Accelerates Again

Europe sits in the middle. Electric-car sales increased by more than 30 per cent in 2025 after several years of relative stagnation. The numbers have strengthened in 2026.

During the first half of the year, 1.22 million battery-electric cars were registered in the European Union, 40.5 per cent more than during the same period in 2025. Battery-electric vehicles captured 20.7 per cent of the market, up from 15.6 per cent, while plug-in hybrids added another 9.8 per cent. Petrol and diesel vehicles together fell below 30 per cent of registrations, according to the European Automobile Manufacturers’ Association.

Europe’s renewed traction is the result of a multiple factors. Automakers introduced less expensive models to comply with stricter emissions targets. Germany, France and several other countries restored or expanded subsidies. Higher oil prices strengthened the operating-cost case for electrification.

Europe has also begun addressing charging earlier in the building lifecycle. Revised EU building rules require new or substantially renovated buildings to include pre-cabling for EV chargers, reducing the need for expensive retrofits later.

North America Splits in Two

North America’s largest markets are now moving in different directions. In the United States, federal tax credits ended in September 2025. Sales subsequently fell 45 per cent year over year in the fourth quarter. The market showed some sequential improvement during the second quarter of 2026, but the 247,226 EVs sold remained 20.5 per cent below the same period in 2025. EVs accounted for only about 5.8 per cent of total US vehicle sales, according to Cox Automotive.

Canada experienced its own incentive-driven decline. Zero-emission vehicles accounted for 14 per cent of new sales in 2024 but only 8.7 per cent in 2025 after federal and provincial programs were reduced or paused.

That trend began reversing after Ottawa launched its five-year Electric Vehicle Affordability Program in February. Canada registered 43,113 new zero-emission vehicles in the first quarter of 2026, up 15.8 per cent from a year earlier and representing 10.8 per cent of all new registrations, according to Statistics Canada.

The federal program provides incentives of up to $5,000 for eligible battery-electric and fuel-cell vehicles and up to $2,500 for plug-in hybrids. It received $2.275 billion in funding, of which $2.05 billion remained as of August 1, according to Transport Canada.

Canada has now passed one million plug-in vehicles on the road. Transport Canada’s dashboard lists 1,030,949 EVs, including 726,126 battery-electric vehicles and 304,823 plug-in hybrids.That installed base creates a second market opportunity, and exposes a second adoption problem.

The Business Market Could Move Faster

The commercial market may follow a different adoption curve from individual consumers. Fleet operators evaluate vehicles as operating assets: predictable routes, high annual mileage and overnight depot time make fuel savings, maintenance costs and charging requirements easier to calculate. The IEA notes that EV running-cost savings can be several times greater for high-mileage corporate fleets than for typical drivers. That gives delivery companies, utilities, service businesses, municipal fleets and company-car programs a financial reason to electrify even when consumer demand is hesitant. It also moves the infrastructure constraint from the household panel to the workplace, apartment building or depot, where operators must charge multiple vehicles without triggering costly demand peaks or exceeding site capacity. Schneider Electric is pursuing both markets, commercially through Schneider Charge Pro, its commercial Level 2 platform for multi-unit residences, workplaces, destination properties and fleets. For energy-technology suppliers, the larger opportunity is providing the load management, electrical equipment and software that allow businesses to electrify an entire fleet without rebuilding the site’s power connection.

The Barrier Inside the House

North America’s EV charging model depends heavily on the private garage and driveway. Globally, drivers charge at home or work almost 75 per cent of the time. The IEA estimates there were more than 43 million private charging points worldwide at the end of 2025.

That dependence makes the condition of a home’s electrical system part of the vehicle-purchase decision.

A Level 2 charger adds a substantial 240-volt load. Depending on the existing service, panel, appliances and wiring, an owner may be told that a service or panel upgrade is required before the charger can be installed. Schneider Electric estimates that Canadian upgrades can cost $9,000 or more in some locations and circumstances.

“As homeowners buy EVs and add high-power electric technologies, many are realizing their existing electrical systems were not built for that level of demand,” said Shawn Bonacorsi, Head of Electrification Solutions for Schneider Electric’s North American operations.

This is the problem Schneider Electric is targeting with the Canadian launch of Schneider Charge, a new residential Level 2 charger with built-in SmartAmp dynamic load management.

SmartAmp uses current transformers installed at the electrical panel to monitor household demand in real time. When appliances are consuming more electricity, the system reduces the charger’s output. When capacity becomes available, it raises the charging rate again. Monitoring continues without Wi-Fi, and the required current transformers are included with compatible hardwired models.

The system doesn’t create additional electrical capacity. It allocates the capacity the home already has, potentially allowing a charger to be installed without enlarging the service.

“Canadians shouldn’t have to choose between charging at home and taking on an expensive electrical upgrade,” said David O’Reilly, Vice President of Schneider Electric Canada’s Home & Commercial Solutions Division.

“With SmartAmp built in, Schneider Charge works within a home’s existing electrical capacity, allowing more people to plug in with confidence and enjoy the convenience and daily readiness that make EV ownership easier.”

Schneider Charge provides up to 11.5 kW or 48 amps of Level 2 charging and is offered with either a J1772 connector or the newer J3400 North American Charging Standard. It has a 25-foot cable, can be installed indoors or outdoors and is rated for temperatures as low as -30°C.

The charger’s app lets drivers monitor sessions and schedule charging around time-of-use electricity rates. It is ENERGY STAR certified, carries a three-year warranty and supports OCPP 1.6, creating the potential for future participation in utility and grid-service programs. The initial model is hardwired, with a plug-in version planned for early 2027. Schneider is also connecting Canadian buyers with certified installation through its partnership with Qmerit.

A Useful Solution, But Not the Whole System

Dynamic load management can remove costs, but it won’t eliminate every difficult installation.

A licensed contractor must still assess the home, perform the applicable load calculation, install the dedicated circuit and obtain the necessary permits. An old, damaged or obsolete panel may still need replacement. Charging may also slow or pause when household demand remains high.

Ontario’s Electrical Safety Authority specifically recognizes energy-management systems as an alternative to some service upgrades, but cautions that the decision depends on the home’s calculated or historical demand and the condition of its existing equipment.

The technology also does little for renters, condominium residents and drivers without dedicated parking. Those users need shared residential, workplace, curbside or public infrastructure.

China has addressed that problem largely through public and shared charging: it held approximately 60 per cent of the world’s public slow chargers and more than 80 per cent of its fast and ultra-fast chargers in 2025. Europe is combining public investment with building requirements. North America remains more dependent on retrofitting individual homes.

Schneider Charge is both a useful product and a diagnosis of the North American EV market. China has scaled an industrial and transportation system. Europe is aligning vehicles, regulation, energy prices and buildings. North America is still asking each household to work out whether its garage, wiring and electrical panel are ready.

Intelligent load management can make that process substantially cheaper. But the larger lesson is that EV adoption depends on the entire ownership system. The winning markets will be the ones in which purchasing an electric vehicle no longer triggers a second, unexpected renovation project.