German automakers are pushing back against Europe's plan to ban new gas-car sales in 2035

Germany's largest car manufacturers — BMW, Mercedes-Benz, Volkswagen, and Audi — have publicly stated they want to keep selling new internal combustion engine (ICE) vehicles after 2035, even as the European Union moves toward an all-electric future. These companies are not asking to ignore the ban outright. Instead, they are arguing for e-fuels (synthetic fuels made from renewable energy) to count toward meeting climate goals, which would let them sell new gas-powered cars that run on these alternative fuels rather than traditional petroleum.

This matters to you because it affects what kinds of cars will be available to buy, how much they might cost, and what the transition to electric vehicles will actually look like over the next decade. It also shows how major industries negotiate with governments over environmental rules, and how those negotiations can change what policies end up looking like in practice.

Key Takeaways

  • German automakers want the EU to allow e-fuels (synthetic fuels made from renewable electricity) to count as a path to meeting 2035 climate targets, rather than requiring all new cars to be fully electric.
  • E-fuels can theoretically power existing gas engines designs, which would let manufacturers avoid redesigning entire product lines and factories.
  • The EU has not yet agreed to this proposal, and environmental groups argue e-fuels are less efficient than battery electric vehicles and harder to scale up quickly.
  • Even if e-fuels are approved, they would likely be more expensive than regular gasoline for many years, affecting what consumers pay at the pump.
  • This debate is one example of how climate policy gets shaped by negotiations between governments, industry, and environmental advocates.

What e-fuels are and why automakers prefer them

E-fuels are synthetic fuels created by combining hydrogen (made from water using renewable electricity) with carbon dioxide captured from the air or industrial sources. The result is a liquid fuel that looks and behaves like gasoline or diesel, but produces no net carbon emissions when burned — because the carbon in it came from the atmosphere in the first place, rather than from underground oil reserves.

From a manufacturer's perspective, e-fuels solve a major problem: they can power existing engine designs. A car built to run on regular gasoline can run on e-fuel with little or no modification. This means automakers would not have to completely retool factories, redesign engines, or phase out decades of engineering informed built around internal combustion. For a company like Volkswagen or BMW, which has invested billions in gas-engine technology, this is a significant advantage.

Battery electric vehicles, by contrast, require entirely different manufacturing processes, supply chains, and factory layouts. Switching to EVs means retraining workers, building new production lines, and managing the transition away from existing inventory and dealer networks. E-fuels offer a way to meet climate goals while keeping more of the existing automotive system in place.

The EU's current 2035 ban and why it exists

In 2023, the European Union formally committed to banning the sale of new cars with traditional internal combustion engines starting in 2035. This rule applies to all new vehicles sold in EU member states, including Germany. The goal is to reduce transportation emissions, which account for a significant share of Europe's total greenhouse gas output.

The ban does not mean existing gas cars disappear from roads — people can keep driving the cars they own. It means manufacturers cannot sell new gas-powered vehicles after that date. The EU's reasoning is that a hard important date creates certainty for manufacturers, pushes investment toward electric technology, and ensures that by mid-century, the vehicle fleet will be mostly or entirely electric.

Germany initially supported this timeline, but pressure from its domestic automakers has led the government to reconsider. German manufacturers argue that the important date is too tight and that e-fuels should be part of the solution.

Why German automakers have political leverage

Germany's automotive industry is enormous. Companies like Volkswagen, BMW, Mercedes-Benz, and Audi employ hundreds of thousands of workers across Germany and export cars worldwide. When these manufacturers say a policy will harm their business, German politicians listen — because job losses in manufacturing ripple through entire regions.

This is not unique to Germany. Every country protects its major industries through lobbying and political pressure. But Germany's car industry is particularly central to the national economy, which gives these companies outsized influence over policy. When Volkswagen or BMW tells the German government that the 2035 important date is unrealistic, the government has strong incentive to negotiate with the EU on their behalf.

The automakers are also framing their position as pro-climate, not anti-regulation. They are not saying "ignore emissions." They are saying "let us meet your climate goals using a different technology." This makes their position harder to dismiss as pure self-interest.

What environmental groups and scientists say about e-fuels

Environmental advocates and climate scientists raise several concerns about e-fuels as a climate solution. The first is efficiency: producing e-fuels requires a lot of renewable electricity. A battery electric vehicle uses that same electricity far more efficiently — an EV converts about 70 to 80 percent of electrical energy into motion, while an e-fuel car converts only about 30 to 40 percent. This means e-fuels require roughly twice as much renewable energy to move the same car the same distance.

The second concern is scale and timing. Renewable electricity is limited. If we use it to make e-fuels for cars, we cannot use it to power factories, heat buildings, or run electric grids. Environmental groups argue that in a world with limited renewable energy, we should prioritize the most efficient uses — which means battery electric vehicles, not synthetic fuels.

The third concern is that e-fuels do not yet exist at scale. A few pilot plants produce small quantities, but there is no industrial infrastructure to manufacture e-fuels in the volumes needed to power millions of cars. Building that infrastructure would take years and require massive investment. Critics worry that allowing e-fuels as a compliance path would let automakers delay the shift to EVs while claiming they are working on an alternative that may never materialize.

Where the EU stands and what might happen next

As of now, the EU has not agreed to count e-fuels toward meeting the 2035 target. The European Commission (the EU's executive branch) has indicated openness to e-fuels for certain uses — particularly for aviation and shipping, where electrification is harder — but has resisted making them a path for passenger cars.

However, the debate is not closed. Germany and other countries with strong automotive industries continue to push for e-fuel inclusion. The EU could revise its rules before 2035, or it could create a separate category allowing e-fuel vehicles to be sold under certain conditions. Political negotiations over climate policy often move slowly and involve compromises that satisfy no one completely.

One possible outcome is that e-fuels become legal for passenger cars, but only if they meet strict sustainability standards — meaning the electricity used to make them must come from renewable sources, not fossil fuels. This would allow automakers some flexibility while still ensuring environmental benefit.

What this means for car buyers and the transition to electric

If e-fuels are approved and become widely available, car buyers might have more options in the 2030s. You could potentially buy a new gas-powered car that runs on synthetic fuel, rather than being forced to choose between an EV or a used vehicle. However, e-fuels would likely be more expensive than regular gasoline for many years, since the production infrastructure does not yet exist at scale.

For the broader transition to electric vehicles, an e-fuel compromise could slow the shift. If automakers can keep selling gas cars (even if they run on synthetic fuel), they have less urgency to invest in EV technology and manufacturing. This could mean fewer EV options, higher EV prices, and a slower overall transition away from fossil fuels — even if the fuels themselves are synthetic.

On the other hand, if e-fuels do become a real option, they could help bridge the gap for people who cannot afford an EV or who live in areas without charging infrastructure. A car that runs on e-fuel would produce zero emissions at the tailpipe, even if it uses existing gas-engine technology.

Frequently Asked Questions

Are e-fuels the same as biofuels?

No. Biofuels are made from plants or organic waste, while e-fuels are made from hydrogen and captured carbon dioxide using renewable electricity. E-fuels can be produced anywhere with renewable energy and carbon dioxide sources, whereas biofuels compete with food production for land. E-fuels are considered more scalable, but also more energy-intensive to produce.

If Germany gets e-fuels approved, will I be able to buy a new gas car after 2035?

It depends on what the EU ultimately decides. If e-fuels are approved as a compliance path, automakers could sell new gas-powered cars that run on synthetic fuel. However, these cars would likely be more expensive than they are today, and e-fuel availability would depend on whether production infrastructure actually gets built.

Why don't other countries' automakers want e-fuels approved?

Countries like France and Sweden have invested heavily in EV manufacturing and want a clear timeline to push the market in that direction. They also have less automotive manufacturing to protect than Germany does, so they face less political pressure from domestic car companies. For them, a hard 2035 important date favors their competitive position.

Could e-fuels actually solve climate change?

E-fuels could reduce emissions from cars, but they are not a complete climate solution on their own. They require renewable electricity to produce, and that electricity is limited. Most climate scientists see e-fuels as useful for hard-to-electrify sectors like aviation, but less efficient than battery electric vehicles for cars.

What happens to gas stations if e-fuels are approved?

Existing gas stations could potentially be adapted to dispense e-fuel, since it is chemically similar to regular gasoline. However, this would require investment from fuel companies, and it only makes sense if enough cars are running on e-fuel to justify the cost. In the early years, e-fuel availability would likely be limited to certain regions or premium stations.