Tag Archives: EVs

News

How France Turned Electric Cars into a 26-Percent Market Force

If you’re looking for the moment when France’s electric-car transition stopped being theoretical and started looking inevitable, November 2025 might be it. For the first time, electric vehicles grabbed more than 26 percent of new registrations in the country—an eye-opening figure in a market that otherwise looks stuck in neutral.

This didn’t happen because French drivers suddenly woke up and fell in love with kilowatt-hours. It happened because policy, product, and timing finally aligned.

According to Avere, the European Association for Electromobility, France registered 37,723 electric vehicles in November, counting both passenger cars and light commercial vehicles. That’s a 48.5 percent jump over the same month last year. Strip away the vans and fleet noise, and the picture gets even clearer: 34,533 of those were fully electric passenger cars registered by private buyers. In other words, more than one in four new cars bought by individuals in November didn’t burn a drop of gasoline.

That’s not a blip. That’s a shift.

The €100-a-Month Catalyst

The spark came from Paris, not from Silicon Valley or Wolfsburg. In early 2024, the French government rolled out a subsidized EV leasing program aimed squarely at lower-income workers—people who actually need a car to get to their jobs and live at least 15 kilometers away. The headline number was irresistible: monthly payments starting at €100 for small electric cars.

Demand exploded. More than 50,000 applications poured in—more than double what the program’s architects expected. The government hit pause less than a month later, overwhelmed by its own success, with the program officially set to end in 2025.

But the idea was too effective to abandon. In September 2025, the leasing scheme returned, backed by a €370 million financing envelope. Monthly payments now range from roughly €140 to €200 depending on the vehicle and the buyer’s situation, with subsidies capped at €7,000 per car. The target is straightforward: put about 50,000 additional EVs on French roads and, just as importantly, keep the money flowing into European factories.

It’s industrial policy with a charging cable.

Enter the Renault 5 E-Tech

Every movement needs a poster car, and France found its hero in a reboot. The Renault 5 E-Tech—retro-styled, city-sized, and priced to play nicely with subsidies—has become the runaway star of the French EV market.

In November alone, 5,325 Renault 5s found new homes. That’s not just leading the segment; it’s embarrassing the competition. The Peugeot e-208, a solid and familiar alternative, managed 2,072 registrations—less than half the Renault’s total. Third place went to the Renault Scénic, which continues to post steady, if less headline-grabbing, growth.

Production is keeping pace. Renault’s Ampere Electric City plant in Douai is running flat out, having already built more than 100,000 R5 E-Techs in just 15 months. That’s a clear signal that this isn’t a short-term spike—it’s a sustained push.

A Glimpse of the Future

France’s November numbers don’t mean the internal-combustion engine is dead. But they do suggest that, given the right incentives and the right cars, mass EV adoption can happen faster than most forecasts predicted. When affordability stops being the bottleneck, buyers don’t need much convincing.

More than 26 percent EV share in a stagnant market isn’t just a statistic—it’s a warning shot to every automaker and policymaker still betting on slow change. In France, at least, the electric future didn’t arrive quietly. It showed up in volume.

Source: Avere

News

This is the cheapest charging station for your EV

If you’ve spent any time road-tripping an EV across Europe, you already know the drill: fast chargers are plentiful—until you actually want one that doesn’t cost the better part of a euro per kilowatt-hour. In most EU countries, anything under €0.50/kWh at a DC fast charger feels like spotting a unicorn at a rest stop. Promises of “cheap solar charging” abound. Actual delivery? Not so much.

Except in Katrineholm, Sweden.

This small town in the country’s south has quietly become home to what might be the cheapest fast-charging setup in Europe. The ETC Solpark charging station offers DC fast charging for just €0.15 per kWh during daylight hours. That’s not a typo, not a temporary promo, and not some accounting trick involving certificates or offsets. It’s fast charging, powered directly by the sun, at a price that makes the rest of Europe look like it’s gouging.

The secret isn’t complicated—it’s just rare. ETC Solpark generates its own electricity on site using a dedicated solar power installation located right next to the chargers. No grid middlemen. No peak pricing gymnastics. No greenwashing. Just electrons going straight from solar panels into EV batteries.

“We launched this offer recently and we’re already seeing a huge number of people coming here to charge their vehicles—more than we expected,” says Gahangir Sarvari, manager of ETC Sol. That reaction isn’t surprising. At €0.15/kWh, you’re paying less to fast-charge than many drivers pay to charge at home, let alone on a 150-kW DC unit.

Yes, you read that right: 150 kW. This isn’t a sleepy AC charger tucked behind a grocery store. The site features two 150-kW fast chargers capable of charging up to four EVs simultaneously. Plug in during the day, and you’re getting proper highway-speed charging for a price that feels like it came from a decade ago.

Sarvari puts it bluntly: “Since we produce electricity ourselves, we can maintain the lowest price on the market. It is more profitable for us to consume it at the charging station itself than to sell it to the grid, even at such a low price.”

That single sentence quietly exposes a major flaw in how EV charging is usually done. When solar producers sell power back to the grid, margins are thin and pricing is volatile. Use that same electricity directly—especially for something as energy-hungry and high-margin as fast charging—and suddenly the economics flip. Cheap for drivers, sustainable for operators.

The station has been operating since mid-October and has already delivered around 4,000 kWh. That’s pocket change compared to Europe’s mega-charging hubs, but for a local, independently operated project, it’s a strong start—and proof that demand follows price.

There is, of course, a catch. The €0.15/kWh rate is only valid between 8:00 a.m. and 4:00 p.m., when solar production is strongest. Outside those hours, the price jumps to €0.43/kWh. Even then, it remains competitive with most public fast chargers across the EU. Unsurprisingly, nearly everyone charges during the cheap window. According to ETC Sol, about 99 percent of charging happens during daylight hours.

And that might be the most telling detail of all. Drivers are willing to adapt their behavior—timing stops, planning routes—if the incentive is strong enough. Cheap energy doesn’t just save money; it reshapes habits.

What makes ETC Solpark truly interesting isn’t just the price, but the replicability. This isn’t some exotic pilot project requiring government subsidies or cutting-edge tech. It’s solar panels, fast chargers, and a business model that prioritizes local energy use. In sunnier countries—southern Europe, anyone?—this approach could work even better.

In a landscape full of overpromised EV solutions, Katrineholm’s solar-powered fast charger stands out by doing something refreshingly radical: it works. Fast, cheap, clean—and no asterisks required.

Source: ETC Solpark

News

Germany’s EV Charging Boom Is Outrunning Reality

Germany is building electric-car charging stations like there’s no tomorrow. The problem? Tomorrow’s drivers often aren’t showing up.

According to Germany’s Federal Network Agency, the country had roughly 185,000 public charging points by early November—about 140,000 standard chargers and 45,000 fast ones. On paper, that sounds like progress. In political speeches, it sounds even better. The original goal, set during Angela Merkel’s tenure, was a cool one million public chargers by 2030. That target has since been quietly walked back to 680,000—but even that figure now looks detached from how Germans actually charge their EVs.

Here’s the inconvenient truth: most EV drivers don’t need public chargers at all.

Home Is Where the Charge Is

Study after study shows that around 80 percent of German EV users are largely independent of public charging infrastructure. Why? Because they charge at home. Thanks to generous government subsidies, more than one million private wall boxes have already been installed in garages and driveways across the country. In other words, Germany already hit its original “one million chargers” milestone—just not where politicians were counting.

Public chargers, meanwhile, often sit idle. Data from charging-analysis firm Elvah paints a stark picture: outside of dense city centers and major highways, many public charging stations go unused for days at a time. They exist, they’re powered, and they’re waiting—just not needed.

A Business Model That Doesn’t Add Up

That mismatch has left charging-station operators in a bind. Building public chargers isn’t cheap. Between construction, leasing land, grid connections, and hardware, operators sink serious money into each site before a single kilowatt-hour is sold. When stations then stand empty, the math turns ugly.

To compensate, providers raise charging prices. Roadside charging becomes expensive, bordering on a luxury. Drivers notice—and respond logically by charging even more at home, where electricity is cheaper and more convenient. It’s a feedback loop that pushes public infrastructure further into irrelevance.

Building Yesterday’s Chargers for Tomorrow’s Cars

There’s another problem lurking under all that concrete and cabling: technology. EV development is moving fast. Charging hardware, not so much.

Many of Germany’s newly installed public chargers are already obsolete, designed around lower power levels that made sense a few years ago but feel painfully slow today. Drivers don’t want to park for an hour to add range; they want high-power DC fast chargers that can get them back on the road quickly. Instead, billions are being poured into slow chargers in residential areas—exactly where drivers already have wall boxes and no reason to plug in.

Infrastructure Without Demand

Germany’s charging push isn’t wrong in principle. A robust public network matters, especially for long-distance travel and urban drivers without private parking. But right now, expansion targets are being set by political ambition rather than real-world usage.

The result is an infrastructure rollout that looks impressive in press releases but shaky in practice: too many chargers, too little demand, and too much money spent on the wrong kind of hardware in the wrong places.

EV adoption doesn’t fail for lack of sockets. It fails when policy ignores how people actually live, drive, and charge. And in Germany, the cars have already figured that out—long before the planners did.

Source: Automotive News; Photo: Shutterstock