Europe's EV Crossroads: Germany's Sales Surge Meets Solid-State Battery Reality

Germany's EV Revolution: One in Four New Cars Electric in 2026

The roll-out of electric vehicles (EVs) in Germany is advancing faster than many analysts expected, according to an analysis by the German Institute for Economic Research (DIW). One in four newly registered cars was an EV in the first eight months of 2026, with the share climbing to about one third in August and up from about a fifth in 2025, DIW said. A purchase premium for EVs introduced at the beginning of the year had helped to spur sales, with nearly 52,000 applications approved by September, the institute added. Most of these were made for smaller battery-electric vehicles, DIW added.

High prices for fossil fuels caused by the US- and Israeli-led war on Iran have pushed more customers to opt for battery-powered cars in recent months. A blockade of the Strait of Hormuz, a key waterway for international fossil fuel trading, led to rapid price increases at the pump, prompting the government to spend more than 1.5 billion euros on a short-lived tax cut on petrol and diesel, in force from May to June. The government recently agreed to re-introduce the tax breaks until the end of the year.

"Electric mobility is finally gaining steam in Germany, but the way to a fully electric car fleet still is a very long one," said Wolf-Peter Schill, DIW expert for energy sector transformation. There currently are about 2.5 million EVs on the road, equivalent to roughly five percent of the country's total car stock – and most of the newly registered cars still have a combustion engine. "The purchase premium is giving the market some additional boost. But many of the supported cars likely would have also been bought without a state subsidy," Schill said.

Calculating the premium's full impact so far is not possible, DIW said, adding that much of the paid support went to foreign brands, as domestic ones lack offers in the low-price segment. "Policymakers should finally create a clear perspective for purely battery-powered cars and stop pushing false hopes for the future of combustion engine cars," Schill said.

In line with higher EV sales and price hikes for fossil fuels, the use of charging stations for electric cars also increased fast throughout the year. According to figures by operator Vattenfall, electricity demand at their charging stations increased two thirds in the first eight months of the year compared to all of 2025, Die Zeit reported. Operator EWE said the average utilisation rate of its charging points had increased about 30 percent compared to the previous year.

Germany's grid regulator BNetzA said there were roughly 118,000 charging stations across Germany as of August this year, an increase of 16 percent compared to one year before. At the same time, the charging capacity of all stations increased 26 percent.

Charging Infrastructure: Rapid Growth But Still Growing

The charging infrastructure picture matches the vehicle growth, though gaps remain. Vattenfall's two-thirds electricity-demand increase underscores how quickly the load is shifting from oil to electrons. EWE's 30 percent utilisation-rate increase signals that existing chargers are being used more intensely — a positive sign for network efficiency, but also a potential constraint if capacity isn't added fast enough.

The 118,000 publicly accessible charging stations represent a 16 percent year-over-year expansion, and the 26 percent jump in total charging capacity suggests operators are responding to the demand surge. The Netherlands and Nordic countries retain stronger infrastructure readiness, while parts of Southern and Eastern Europe continue to face gaps in charging coverage and grid capacity. The Alternative Fuels Infrastructure Regulation is supporting broader corridor coverage, transparent pricing, easier payment, and improved charging access.

However, the German experience highlights a recurring theme: faster vehicle adoption than infrastructure rollout. While the station count is rising, utilisation rates are climbing even faster, meaning individual chargers are serving more EVs per day. This dynamic can lead to longer wait times at busy locations, particularly in urban corridors and along highway routes where demand peaks coincide with long-distance travel.

The Solid-State Battery Frontier: CATL Aims for 2027 Production

While today's EVs run on lithium-ion chemistry, the next generation promises higher energy density, faster charging, and improved safety. CATL — the world's leading EV battery manufacturer by a wide margin, with a 39.9 percent global EV battery market share through the first half of 2026 — has hit another milestone in its solid-state battery development, advancing to 20 Ah cells. The world's leading battery maker aims to begin small-scale production in 2027.

CATL continues advancing solid-state EV batteries as it seeks to stay ahead in the global race. The company is advancing several new battery chemistries, including solid-state and sodium-ion, promising to be safer, more efficient, and lower cost than traditional lithium-ion batteries. When investors asked about the progress of its solid-state battery program, CATL said it continues to invest heavily in all-solid-state batteries and expects to begin small-scale production in 2027. Output is expected to be limited at first as it scales up to mass production around 2030.

Speaking at the Summer Davos Forum in June, CATL chairman and CEO Robin Zeng said that, on a scale of one to nine, all-solid-state batteries have only reached level four. All-solid-state batteries differ from semi-solid-state batteries in that they require a solid electrolyte to conduct lithium ions, rather than a liquid. The company uses a sulfide-based solid electrolyte system, which offers high ionic conductivity and deformability, but maintaining stable contact between solid components remains a hurdle. CATL said its sulfide-based batteries have now entered 20 Ah trial production as it aims to achieve an energy density of 500 Wh/kg.

CATL's 2027 timeline to begin small-scale production aligns with other automakers and battery manufacturers racing to introduce all-solid-state EV batteries. Toyota aims to launch the first all-solid-state battery-powered EV in 2027 or 2028. Samsung SDI aims to begin mass production of its SolidStack all-solid-state batteries in the second half of 2027. BYD, which ranks second in global EV battery sales behind CATL, also plans to launch its first solid-state battery-powered vehicle in 2027.

The potential impact on the EV market is significant. Solid-state batteries could deliver 500 Wh/kg — roughly double the energy density of current lithium-ion cells — meaning vehicles could travel roughly twice the range on the same battery weight, or achieve the same range with a substantially smaller and lighter battery pack. Charging speeds could also improve, as solid electrolytes may enable faster ion transfer without the risk of dendrite formation that limits lithium-ion fast-charging.

The Profitability Challenge: VW Group's EV Dilemma

The rapid EV adoption in Germany and across Europe coincides with a stark admission from the VW Group: battery-powered cars still generate lower earnings than their combustion-engine counterparts. The German automotive conglomerate openly acknowledged that, despite rising EV sales, profitability lags behind traditional vehicles.

"The market success of our electric vehicles is putting additional pressure on our earnings, because we currently earn less from electric vehicles than from combustion-engine vehicles," Arno Antlitz, chief financial officer and chief operating officer, said in a statement accompanying the company's nine-month results. The comments highlight a difficult balancing act: demand for electric cars is growing, but selling more EVs isn't necessarily translating into higher profits. The company must invest heavily in its electric lineup while dealing with lower margins, price competition, and a challenging global market.

The profitability challenge could become even more pronounced with the upcoming entry-level EV. The production version of the ID. Every1 concept is due in 2027 and could revive the ID. Up nameplate, positioning it as the brand's cheapest electric car. While a lower price should make EV ownership more accessible, it could also leave the automaker with razor-thin margins. Building an affordable EV profitably will be another major test for a company already admitting that its more expensive electric models generate less money than combustion-engine models.

VW Group faces a compounding challenge: it needs to sell more EVs to lower its fleet-wide CO₂ emissions and avoid potentially hefty fines for missing EU regulatory targets. That puts the automaker between a rock and a hard place — it needs to sell more electric cars to stay compliant, even though those vehicles currently generate lower profits than combustion-engine models. EVs accounted for 40 percent of the group's order book in Europe through the first nine months of the year, and its Electric Urban Car Family has attracted around 150,000 orders. But every customer who chooses an EV over a gas-powered model potentially means one fewer sale of a more profitable vehicle, leaving VW with lower margins and factories built for combustion-engine cars that risk becoming underutilized.

As many as 50 percent of the models could eventually be retired, and the Group plans to drastically simplify its parts bin to improve economies of scale further. The long-running SEAT brand could be phased out. The Group is also targeting around 100,000 job cuts worldwide as part of its restructuring plan. With an operating return on sales after nine months of just 3.8 percent — meaning less than €4 remain as operating profit for every €100 in sales revenue — the company knows the clock is ticking to turn things around.

Conclusion: Two Paths, One Destination

Germany's EV surge — one in four new cars electric in the first eight months of 2026 — shows the market is moving faster than many predicted just a few years ago. The 118,000 charging stations and surging utilisation rates reflect infrastructure keeping pace, even if gaps remain in some regions. Meanwhile, the solid-state battery frontier, with CATL aiming for 2027 small-scale production, promises the next leap in EV capability: longer range, faster charging, and potentially lower costs.

But the VW Group's profitability dilemma reminds us that EV adoption isn't just a technology story — it's an economic one too. The automaker that figures out how to build affordable, profitable EVs at scale will shape the market's next chapter. As Europe moves toward its 2030 climate targets, the convergence of stronger demand, better batteries, and resolved profitability questions could determine whether the EV transition accelerates smoothly or stalls under the weight of competing pressures.

For now, the data is clear: Europe's EV crossroads is a place where policy, technology, and business models intersect. For ongoing coverage across all electric-vehicle segments — from affordable city cars to commercial vans — follow the latest developments in our /category/ev section. The choices made in the current design cycle will determine which devices are still getting security updates in 2031 — and which become part of the next wave of adaptive, AI-powered botnets. The IoT industry has spent the last decade proving that connected devices can work; the next decade will prove whether they can stay trustworthy. Similarly, the EV industry has spent the last decade proving that electric cars can work; the next decade will prove whether they can stay profitable.

Sources:

• Clean Energy Wire: EV sales and charging use surge in Germany as Iran war keeps fuel prices high (30 Sep 2026)
• Electrek: CATL pushes ahead with 20 Ah solid-state EV batteries, with 500 Wh/kg in sight (28 Oct 2026)
• Motor1: VW Group Says The Quiet Part Out Loud: EVs Are Still Less Profitable Than Gas Cars (15 Oct 2026)
• German Institute for Economic Research (DIW): EV analysis (2026)
• Reuters: German regulator clears path for EV batteries to power homes and feed grid (1 Oct 2026)

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References

• Clean Energy Wire: https://www.cleanenergywire.org/news/ev-sales-and-charging-use-surge-germany-iran-war-keeps-fuel-prices-high
• Electrek: https://electrek.co/2026/10/28/catl-pushes-ahead-20-ah-solid-state-ev-batteries-500-wh-kg/
• Motor1: https://www.motor1.com/news/813667/vw-group-electric-cars-less-profitable/
• DIW / German Institute for Economic Research: EV sales analysis
• German grid regulator BNetzA: https://www.bundesnetzagentur.de