Tag Archives: EVs

News

The EV Boom Hits the Brakes—And Carmakers Are Rewriting the Plan

For the better part of a decade, the story of the electric car was simple. Sales would climb steadily, governments would tighten emissions rules, and internal-combustion engines would slowly fade into the background like flip phones and DVDs. The EV revolution was supposed to be a straight line pointing upward.

Turns out it looks more like a mountain road.

According to new data from Benchmark Mineral Intelligence, roughly 1.1 million electric vehicles were sold globally in February. That number sounds impressive—and in a vacuum it is—but the trend line tells a more complicated story. EV sales fell 11 percent compared with the same month last year and dropped another 11 percent versus January.

Electric cars aren’t disappearing. Far from it. But the once-relentless surge has cooled, and the global market now resembles a patchwork of wildly different regional realities.

Europe: Full Throttle

In Europe, the EV party is still in full swing. Sales across the continent are up 21 percent so far this year, fueled largely by government incentives and subsidies that continue to make battery-powered cars financially attractive.

Germany and France are leading the charge, with sales rising 26 and 30 percent respectively. Italy—never previously known as an EV powerhouse—has nearly doubled its electric sales thanks to generous EU-backed incentive programs.

If you’re an automaker looking for encouraging charts in the boardroom, Europe is where you’ll find them.

North America: Sudden Headwinds

Cross the Atlantic and the story flips.

North America’s EV market is losing momentum. February sales ticked up 8 percent, but the year-to-date numbers paint a harsher picture: demand is down 36 percent overall.

Some manufacturers are feeling that slowdown much more sharply than others. Reports suggest Ford Motor Company has seen its EV sales tumble by roughly 70 percent so far this year. That’s the sort of number that makes even the most optimistic product planners nervously adjust their spreadsheets.

China: The Giant Adjusts

Then there’s China—the world’s largest EV market and, increasingly, its most unpredictable.

Domestic EV sales have fallen about 26 percent since the start of the year, largely because the Chinese government reintroduced purchase taxes and modified trade-in incentives that had previously boosted demand.

But China rarely stays quiet for long.

Instead of focusing purely on domestic buyers, Chinese automakers are shipping cars abroad at a record pace. In just the first two months of 2026, Chinese EV exports more than doubled, topping half a million units.

For brands like BYD, the strategy is simple: if the home market slows, the rest of the world becomes the showroom.

A Battery Problem (Sort Of)

All of this leaves automakers with a slightly awkward dilemma.

Over the past few years, the industry poured tens of billions of dollars into battery production facilities designed to feed a tidal wave of EV demand. When the wave briefly loses momentum, those batteries still roll off the production line.

And unused batteries are expensive paperweights.

So the industry is getting creative.

When Car Batteries Become Power Plants

Increasingly, automakers are redirecting battery capacity toward something unexpected: energy storage.

Large-scale grid battery systems—essentially giant power banks for electricity networks—are becoming a convenient outlet for excess battery production. They also help stabilize renewable energy grids by storing electricity when supply exceeds demand and releasing it when needed.

Volkswagen Group is already moving in that direction. Its energy subsidiary Elli recently activated a major battery storage facility in Salzgitter, Germany.

The system connects directly to the power grid with about 20 megawatts of output and a storage capacity of 40 megawatt-hours. Instead of propelling hatchbacks down the autobahn, those batteries are quietly stockpiling renewable electricity and releasing it when the grid needs extra power.

And Volkswagen isn’t alone. Companies including Tesla, General Motors, Renault, Mercedes‑Benz Group, and Hyundai Motor Company are already selling—or developing—similar energy storage systems.

The EV Story Isn’t Over

If anything, the current slowdown is a reminder that technological revolutions rarely follow a straight path.

Electric vehicles are still the industry’s long-term bet. Governments continue tightening emissions rules, battery technology keeps improving, and charging infrastructure is slowly expanding.

But the road to an all-electric future now looks less like a drag strip and more like a winding back road—complete with unexpected corners, a few hard braking zones, and the occasional need for automakers to change gears.

And for an industry used to planning decades ahead, that unpredictability might be the most electrifying part of the story.

Source: Volkswagen

News

Why China Is About to Force EVs Back to Normal Steering Wheels

For a hot minute, the yoke steering wheel was the ultimate EV flex. It looked like something lifted from a Le Mans prototype, promised better gauge visibility, and told the world you’d finally escaped the tyranny of the circle. But in China—the world’s biggest car market—that experiment is about to end.

China’s Ministry of Industry and Information Technology (MIIT) has published a draft of a new national safety standard, GB 11557-202X, that quietly but effectively bans steering wheels with a “cut-off” top. When it takes effect on January 1, 2027, every newly approved vehicle will need to comply. And that’s bad news for yokes.

Why China Is Cracking Down

On paper, the regulation is about crash safety, not design. The existing rulebook, written back in 2011, simply isn’t up to the job anymore. EVs are heavier, faster, and packed with new structures and airbag systems that didn’t exist a decade ago. So MIIT decided to rewrite the playbook—and it took inspiration from global standards like UN Regulation R12, which governs how steering systems behave in a crash.

The new Chinese rules tighten several key limits. The maximum horizontal force measured during dummy testing is reduced to 11,110 newtons, and the allowed rearward and upward movement of the steering column in a crash is more strictly capped. Even more important: every car, no matter what clever design it uses, must now pass full human-impact testing. No more exemptions.

And that’s where the yoke runs head-first into a wall.

A Shape That Can’t Be Tested

Under the new standard, regulators must hit the steering wheel rim in ten different locations during crash tests. Among them are two killers for yoke designs: “the middle of the weakest part” and “the middle of the shortest unsupported part.” A steering wheel that doesn’t have a top section physically doesn’t have those areas. Which means it cannot, by definition, satisfy the test procedure.

That’s not bureaucratic nit-picking—it’s about how a human body interacts with the wheel in a crash. According to Autohome, nearly half of all driver injuries in China—46 percent—are related to parts of the steering system. A traditional circular wheel spreads impact loads more evenly as the driver moves forward. A yoke, by contrast, creates a ledge that the body can slide over and then strike again, raising the risk of injury during secondary impacts.

Airbags Make It Even Worse

Modern steering wheels are also airbag delivery devices, and the new Chinese rules get very specific about what’s allowed around a deploying airbag. Hard or sharp elements that could be driven toward the driver are now banned.

With a conventional wheel, that’s relatively easy to validate. With a yoke—often made from complex molded plastic and metal reinforcement—things get unpredictable. When the airbag explodes out of the hub, pieces can fracture in strange ways. Regulators don’t like “strange ways.” They like repeatable, testable outcomes.

A round wheel gives them that. A yoke does not.

Real-World Driving Still Matters

Even if you don’t care about crash labs and dummy metrics, drivers have their own beef with yokes. Production cars, unlike race cars, need big steering angles for U-turns, parking, and tight city maneuvers. With no top rim to grab, one-handed steering becomes awkward, and drivers report accidentally brushing touchscreen controls while scrambling for leverage.

The yoke may look futuristic, but daily driving is stubbornly analog.

What Happens Next

Once the new GB 11557-202X standard takes effect in 2027, any newly homologated vehicle in China will need a compliant steering system. Cars already on sale will likely get about a 13-month grace period before they, too, must be updated.

For automakers, especially those chasing the EV trend with sci-fi interiors, the message is clear: the circle is back.

And honestly? Good. The steering wheel has survived more than a century not because it looks cool, but because it works—ergonomically, mechanically, and now, it turns out, legally.

Source: Autohome

News

Germany Becomes the World’s Second-Largest EV Producer

If there was ever any doubt that Germany could pivot from piston to plug, 2025 just erased it. According to fresh numbers from the Automotive Industry Association (VDA), Europe’s manufacturing heavyweight is now the second-largest producer of electric vehicles and plug-in hybrids on Earth, trailing only China. And it didn’t get there by inching forward—it got there by flooring the accelerator.

Last year, German factories built 1.22 million EVs and PHEVs, a national record and a 15-percent jump over 2024. That surge mirrors what’s happening across Europe, where EV sales climbed nearly 30 percent to about 2.6 million vehicles. In other words, this isn’t a niche wave anymore—it’s the new tide.

Still, China remains the colossus in the room. With 16.1 million new-energy vehicles rolling out annually—including battery EVs, plug-in hybrids, range extenders, and hydrogen models—it’s operating on a scale that makes the rest of the world look like a regional supplier. But Germany’s rise to second place is no small feat, especially for a country whose identity has been built around mechanical precision and internal-combustion dominance for more than a century.

What makes the shift more impressive is that it’s happening without a collapse in overall production. German plants built 4.15 million passenger cars last year, a 2-percent increase over 2024. The real story, though, is what those cars are. Nearly 30 percent were fully electric, and when you add plug-in hybrids, about 40 percent of everything built in Germany now has a charging port. That’s not a transition—that’s a transformation.

At the brand level, Volkswagen continues to own the European EV conversation. In 2025, VW sold almost 275,000 electric vehicles, a 56-percent year-over-year increase that underscores how aggressively the group is pushing into the battery era. Tesla, meanwhile, had a rougher year on this side of the Atlantic, with European sales down 27 percent to 238,765 vehicles. The Model Y may still be a familiar sight on Autobahns and boulevards, but the competitive landscape is no longer a one-brand show.

Taken together, the numbers paint a clear picture: Germany isn’t just adapting to electrification—it’s shaping it. With nearly half of its production now electrified and volume growing, the country is positioning itself as Europe’s EV engine room, even as China sets the global pace.

For enthusiasts and industry watchers alike, it’s a strange but fascinating moment. The nation that gave us the Nürburgring and the flat-six is now just as defined by kilowatts and battery packs. And judging by the trajectory, Germany’s electric chapter is only just beginning.

Source: VDA