A reader left a comment under a piece I wrote last week about Europe's diesel, and I have not been able to put it down. His point was that Europe can be weak in the energy system it has today without being badly placed for the one that is coming. Solar panels, electric cars, storage and perhaps hydrogen would not swap one oil supplier for another. They would make the supplier matter less. If Europe moves faster on that than the United States, he wrote, the ranking of who is secure and who is exposed could look very different a decade from now.

I answered that this deserved its own analysis. This is that analysis, and it did not come out where I expected. I assumed the numbers would put Europe behind China and ahead of America, and they do. What I had not seen is that the three are not running the same race. Each is leaving a different product that comes out of a barrel of crude. And the first version of my own conclusion about Europe did not survive a check against Eurostat, which is in this piece too.

What necessity looks like: 55.8 percent more money for 1.2 percent more oil

It helps to begin with what strategic necessity looks like in a statistic, because the word is used loosely.

In the second quarter of 2026, with the war against Iran in its fourth month and Gulf exports running at roughly half their pre-war level, Eurostat recorded that the European Union paid 55.8 percent more per month for imported petroleum oils than it had on average in 2025. The volume it imported rose 1.2 percent. The bill went up by more than half and the quantity did not move. That is as clean a picture of necessity as official statistics offer: a thing you keep buying in the same amount whatever it costs.

The usual way to rank the big economies on oil is by what they produce and what they must import. On that ranking the order is settled. The United States exported a net 2.85 million barrels a day of crude and products in 2025, according to the Energy Information Administration. China imported about 72.7 percent of the oil it used that year, on figures from its national statistics bureau and CNPC's research institute. The European Union imported 96.6 percent in 2024, on Eurostat's count. On that conventional ranking America looks safe, China exposed and Europe the most exposed of all, and the diesel shortage of this autumn seems to confirm it.

The reader's measure is a different one. It asks not what a country has but how much it needs, and how fast that need is shrinking. An economy that requires less oil every year is gaining security whatever lies under its soil. So I went looking for the speed of leaving, in the same three places, on numbers defined as nearly alike as I could find.

August 2026: 65 percent, 39 percent, 8 percent

The quickest number to find is the share of new cars that come with a plug.

In China, the passenger car association CPCA reported that new energy vehicles, which there means battery cars, plug-in hybrids and range-extended cars together, made up 65.2 percent of retail sales in August 2026. That was a record. In the European Union, the manufacturers' association ACEA counted 27.7 percent of August registrations as battery-electric and another 11.1 percent as plug-in hybrid, which together is 38.8 percent. In the United States, Argonne National Laboratory put plug-in vehicles at 7.7 percent of light vehicle sales in the same month, and Cox Automotive put battery cars alone at 5.7 percent.

August is a thin month for car sales in Europe, so the year-to-date figure is the fairer one: 21.7 percent battery-electric from January through August, against 15.8 percent in the same months of 2025. Battery cars drew level with petrol cars over those eight months. Petrol's share of new registrations had been 33.3 percent in 2024.

The American figure has a different shape. Battery cars reached 10.5 percent of sales in the third quarter of 2025, the quarter in which the federal purchase credit expired. Public Law 119-21, signed on 4 July 2025, ended that credit for vehicles acquired after 30 September. In the fourth quarter the share was 5.8 percent. It was 5.8 percent in the first quarter of 2026 and 5.8 percent in the second. Petrol passed four dollars a gallon in April for the first time since 2022, and the share stayed where it was.

So the order the reader expected is there. China first, Europe second and gaining, America third and flat. If the story stopped at the showroom, it would be a simple one.

The cars already on the road: 13 percent, 5 percent, 2 percent

The story continues past the showroom, because oil is burned by the vehicles already driving, and those change slowly.

China's Ministry of Public Security counted 48.97 million new energy vehicles on the road at the end of June 2026, which was 13.19 percent of 371 million automobiles. ACEA's fleet report puts battery cars at 2.3 percent and plug-in hybrids at 1.4 percent of the EU's 256 million cars in 2024; the International Energy Agency's figure for 2025, on its slightly wider definition, is about 5 percent. For the United States the IEA's number is about 2 percent.

The average car in the European Union is 12.7 years old, and the average American vehicle 12.8. A share of sales becomes a share of the fleet at the speed at which old cars are scrapped, and that speed is set by households, not by policy. This is why the most quoted number in the whole subject, the sales share, says the least about how much oil a country still needs this winter.

The oil actually displaced so far is small in two of the three. The IEA estimates that China's electric vehicles replaced about one million barrels a day in 2025, in an economy that uses roughly seventeen million. For the EU, the campaign group Transport & Environment estimates that electric cars saved about 46 million barrels in 2025. Divided over the year that is roughly 0.13 million barrels a day, against consumption of around ten and a half million, or a little over one percent. I could not find a comparable official figure for the United States.

There is a rougher measure that puts all three in a line, and I include it because it corrected my own expectation. Taking the Energy Institute's oil consumption series and the World Bank's GDP in constant dollars, the amount of oil burned per dollar of output fell between 2015 and 2025 by about 17 percent in China, 17 percent in the EU and 19 percent in the United States. That is my own arithmetic and should be read as an indication, not a published statistic. But it says that over the past decade nobody pulled ahead on the measure that counts the whole economy. On the same data, oil use per person in China rose by about 40 percent.

The three diverge in the showroom; in the oil each burns per dollar of output, they have moved almost in step.

The number that has not moved in ten years: 23 percent

The reader's list began with solar, and here the picture is at its most flattering for Europe and its most misleading.

In June 2026, solar panels supplied a quarter of the European Union's electricity, according to Ember. It was the largest single source that month, ahead of nuclear. The EU installed 27.1 gigawatt-hours of batteries in 2025, forty-five percent more than the year before, on SolarPower Europe's count. These are real changes, and they are fast.

They do almost nothing to oil. In 1973, oil generated about a quarter of the world's electricity. By 2025 that had fallen to under three percent. The escape from oil in power stations is the one that already happened, after the shocks of the 1970s, and it happened quickly because it involved a few hundred plants owned by utilities that could be told, or paid, to switch. Between 1979 and 1983, on the Energy Institute's series, oil consumption in the countries that are now the EU fell by about a fifth. A solar panel today pushes gas and coal off the grid. It touches oil only if something that used to burn oil is plugged into it.

Whether that is happening has a measure of its own. Economists call it the electrification rate: the share of final energy consumption that is delivered as electricity. The European Commission published an Electrification Action Plan on 17 July 2026, and the question-and-answer document that came with it contains a sentence I read twice. It refers to "the current 23%, which has not changed for ten years." The Commission's reference value for 2030 is 32 percent. In road transport specifically, electricity supplied 0.7 percent of the energy used in 2024, according to Eurostat. Diesel supplied 63.2 percent and petrol 26.9 percent.

China's figure, on Ember's reading of Chinese and IEA data, was 28.8 percent in 2024, up from 22.3 percent in 2015. The China Electricity Council's own number is a little higher, and the American figure sits near Europe's and has been as flat.

The Commission's own electrification page says why. "Electricity often costs 3 times more than gas." A household choosing between a boiler and a heat pump, or a haulier choosing between two trucks, is looking at that ratio and not at a climate target. Europe built the clean supply and left the price of using it where it was. Heat pump sales fell in 2023 and 2024 before recovering, and the European Heat Pump Association reports them up 11 percent in the first half of this year across the twelve markets it tracks, which it connects to the closure of Hormuz.

So the second finding is less comfortable than the first. Europe is ahead of America in what it buys, but in how its economy actually runs it has stood still for a decade, by the Commission's own account.

A barrel is not one product

Up to here I had been treating oil as one thing, as the reader did and as nearly every ranking does. It was a table in Eurostat's petroleum overview that broke the habit.

A refinery does not turn a barrel of crude into fuel. It turns it into petrol, diesel, jet fuel, naphtha for the chemical industry, heating oil and a residue, in proportions it can shift only within limits. A country can have plenty of one and be short of another. And the European Union is exactly that. It is a net exporter of petrol and a net importer of diesel and jet fuel. The think tank Bruegel estimated in June that about 17 percent of the EU's diesel supply and about 38 percent of its jet fuel is imported, and a second study, by the research group GTPO, found that the Gulf's share of the EU's diesel imports had risen from about 2 percent to about 32 percent after Russian diesel was banned. EU refining capacity has shrunk by about five percent since 2015.

This is the structure the crisis of 2026 landed on, and in Europe it arrived as a diesel crisis. I wrote about that last week and will not repeat it. What matters here is what it does to the reader's question, because it changes what "escaping oil" has to mean. If the vulnerability sits in diesel and jet fuel, then the measure of escape is how fast a society leaves diesel and jet fuel.

My first conclusion wrote itself. The battery car in the showroom is replacing a petrol car, Europe exports petrol, and so Europe is electrifying the part of the barrel it sells abroad while it still runs on the part it buys. I had that sentence in my notes for a day. Then I checked it against Eurostat's delivery figures, and half of it failed.

Deliveries of road diesel in the EU fell from 238.7 million tonnes in 2019 to 219.2 million in 2024, a drop of about 8 percent. Deliveries of petrol rose over the same years, from 68.9 to 73.5 million tonnes. Europe has been leaving diesel faster than it has been leaving petrol. It has not been leaving petrol at all.

What happened is visible in the registration data. Diesel was 7.3 percent of new car registrations this year, and it has been falling since the emissions scandal of 2015. Many of the buyers who left it went to petrol and to petrol hybrids, which are now the largest category of new car in Europe, and that fits a petrol demand that rose while the battery car grew. Diesel cars are still 38.4 percent of the fleet, and each one scrapped takes diesel demand with it. So the diesel Europe is leaving is the diesel in its cars.

How much of it sits where is not something fuel statistics record, since a pump does not know what it fills. The best available split is a model: the European Commission's Joint Research Centre allocates Eurostat's totals across vehicle types. For 2023 it puts passenger cars at about 47 percent of the EU's road diesel, vans at 17 percent, heavy trucks at 30 percent and buses at 7. Cars are still the largest single user, which I had not expected, and it keeps the claim about freight modest. But on the same series cars account for about 86 percent of the fall in road diesel since 2019, and the diesel burned by trucks was about 14 percent higher in 2023 than in 2015.

The diesel Europe has barely begun to leave is freight diesel. According to ACEA, 96.3 percent of the trucks on EU roads run on diesel, and 90.3 percent of the vans. Battery trucks are 0.3 percent of the fleet. In the first half of 2026, with diesel far above its pre-war price, electrically chargeable trucks were 4.8 percent of new registrations, up from 3.6 percent a year earlier, and diesel trucks were 92.1 percent. Registrations of new diesel trucks rose 9.3 percent. And the fall in diesel demand has not closed the import gap, since refining capacity fell over the same years and the Russian supply was banned.

The diesel Europe is leaving is the diesel in its cars. Its freight has barely started.

From here the comparison changes, because the unit is no longer oil but the product a country is short of, and within that product the use it has not yet touched.

I do not think anyone planned this. The car came first because that is where the batteries were good enough, where the subsidies went, and where the fleet rules written in Brussels applied earliest. It is the order in which the technology became available, and it runs from the lightest vehicle to the heaviest. The effect, whatever the purpose, is a transition that retires the easiest dependency first while a crisis tests the hardest one.

China, 2025: the one that reached the trucks

On that measure, who is replacing diesel in freight, China stands further ahead than the showroom numbers suggest.

In 2024, new energy trucks were 13.6 percent of China's heavy truck sales, according to the industry data service CV World. In 2025 they were 28.9 percent: 231,100 vehicles, nearly three times the year before. In December 2025, ahead of a subsidy deadline, the monthly share passed half. Trucks running on liquefied natural gas took another 24.8 percent of 2025 sales, on ICIS figures. These come from two different data providers, so the sum is approximate, but it implies that roughly half of the heavy trucks sold in China last year did not run on diesel.

The fuel statistics show it. Rhodium Group's monthly series has Chinese diesel consumption falling from 4.7 million barrels a day in April 2023 to 4.0 million two years later. CNPC's research institute measured diesel consumption down 4.4 percent in 2025 and petrol down 2.4 percent, and that was before the war. In June 2026, eleven Chinese agencies set a target of 40 percent of heavy truck sales by 2030.

There are three cautions. The monthly share dipped to between 23 and 33 percent from January to May 2026 before reaching about 45 percent in June and 47 percent in August, and the first half came in at 33.7 percent, so the trend is up but uneven, and it is measured in a truck market that is itself weak this year. The gains are reported to be concentrated in short-haul work, with long-distance haulage barely touched. And half of the 2025 substitution was gas, which China also imports. But on the question the reader posed, the answer is plain enough. Europe has cut diesel in its cars, where it was already in retreat, while China is cutting it in freight, where a large share of it is burned.

And still a record: 578 million tonnes

It would be easy to stop there and declare China the winner. The Chinese figures do not allow it.

In 2025, China imported 578 million tonnes of crude oil, the most in its history. Its total oil consumption was also a record, 762 million tonnes on CNPC's count. Its import dependence rose, from 71.9 to 72.7 percent. Petrol and diesel were falling, and the total still went up.

The explanation is in the same barrel. About 184 million tonnes of China's oil in 2025, close to a quarter, went into chemical plants as feedstock for plastics and fibres. That use is growing. The data firm Kpler described China's expected demand growth for 2026, before the war, as "exclusively petrochemical-led." Jet fuel is growing too. And part of the record imports went into storage: outside estimates of China's crude stockpile run from about 1.1 to 1.4 billion barrels, and there is no official figure. China is leaving oil as a fuel and deepening its use of oil as a material, and it has been buying insurance in the form of tanks.

The electricity that replaces the fuel is also not what the word "transition" suggests. Coal produced a little over half of China's power in 2025. A Chinese electric truck runs, in large part, on domestic coal. As a matter of security that is exactly the point, since the coal is mined at home and the diesel was not. As a matter of anything else it is a substitution, not a departure.

Then there is this year. From January through August 2026, China's crude imports were 14.6 percent below the year before. In June they were down by 41 percent. Sinopec reported refined product consumption down 8.6 percent in the first half. It would suit the argument to call that an escape, but most of it is the opposite: between a third and a half of China's crude normally passes through Hormuz, depending on whose count is used, and the fall is a shortage met from stockpiles and reduced use. The record electric share of car sales in August has the same problem. CPCA's own figures show new energy vehicle sales down 12 percent over the eight months. The share reached 65 percent while sales of petrol cars fell by about 40 percent. The record reflects a collapse in petrol car sales during the war and not a rise in electric ones.

Washington, September 2026: an exporter talks about closing the door

The American case is usually told as a story about intent, and I have tried to keep it to what the texts and the numbers say.

The texts first. Public Law 119-21 ended the federal credits for buying new, used and commercial electric vehicles on 30 September 2025, and set the civil penalty for missing fuel economy standards at zero dollars. A final rule published in the Federal Register on 18 February 2026 rescinded the finding on which federal greenhouse gas limits for vehicles rested, and with it the limits. Resolutions signed in June 2025 withdrew California's authority to require zero-emission cars and trucks. Whatever anyone meant by these, their combined effect is that the federal credits, penalties and limits that pushed an American buyer away from petrol are gone.

The numbers follow. Total US petroleum consumption in 2025 was about 20.7 million barrels a day on the EIA's supply tables, up 1.3 percent on 2024 and within a third of a percent of the 2005 record. The agency's long-term outlook, published in April, contains a case without the old tailpipe standards in which electric cars reach roughly a fifth of sales by 2050.

That is not the whole American picture. Argonne counted sales of ordinary hybrids in August 15.6 percent above a year earlier. In California, zero-emission vehicles were 19.1 percent of sales in the second quarter. Solar installations in that quarter were up 45 percent, and grid batteries passed 50 gigawatts. Petrol use per person is about as low as it has been since the 1960s. Nor do I find support for the stronger claim, which the reader also made, that American energy is running out. The EIA expects record crude production of 13.8 million barrels a day this year, and the Dallas Fed's survey puts the break-even price of a new well at about 66 dollars.

What the American case shows is something narrower and, I think, more interesting. On 28 September 2026 the average price of diesel in the United States was 6.38 dollars a gallon, fifteen cents below the record set a week earlier, and petrol was 4.47. This was in the country that exports more petroleum than it imports. On 16 September the Senate majority leader, John Thune, told Axios he was "open" to a ban on diesel exports; a week later the energy secretary, Chris Wright, played the idea down. The Strategic Petroleum Reserve is at its lowest level since 1982.

Producing oil protects a country's supply. It does not protect its price, because the barrel is sold into one world market, and a refinery in Texas will send diesel to whoever pays most. The country that needs oil least from abroad paid a record for diesel at home in September, and is discussing whether to stop selling it to the country that needs it most. For a European reader, that last detail is the one to hold on to. A large part of what replaced Russian diesel in Europe came from the Gulf, and a growing part of what replaces the Gulf comes from America.

Hydrogen: 308 megawatts

The reader ended his list with hydrogen, "eventually." The word is doing honest work.

The European Union's target is 40 gigawatts of electrolysers by 2030. The energy regulators' agency ACER counted 308 megawatts installed in 2024, against an interim target of 6 gigawatts for that year. The European Court of Auditors concluded in 2024 that the EU "is unlikely to meet" its hydrogen targets. According to the IEA, close to three quarters of the electrolysers installed worldwide in 2025 were installed in China.

Hydrogen may matter one day for the uses a battery cannot reach. It is not part of any measurable escape from oil today, in any of the three.

The strongest objection: a new supplier

The serious objection to all of this accepts every figure and says that leaving oil is only moving the dependency. More than 85 percent of the lithium-ion batteries the EU imported in 2023 and 2024 came from China, on one recent count. China holds about four fifths of the world's battery manufacturing capacity and a larger share of solar. An electrified Europe would have exchanged the Gulf and America for a single supplier that has already restricted exports of rare earths once. On this view the reader's hope is a trade of one master for another, and the boring explanation for the whole pattern is enough: each bloc moves at the speed its interests set. China, importing most of its oil and making most of the world's batteries, moves fastest. America, an exporter, has the least reason to move at all.

I think that explanation is right as far as it goes, and it goes a long way. It does not account for Europe, which has the highest import dependence of the three and still has an electrification rate that has not moved in ten years. And it misses a difference in kind between the two dependencies. A barrel of oil is burned once and has to be bought again, every day, for as long as the engine runs. A battery or a panel is bought once and then works for fifteen or thirty years whether or not the supplier is still on speaking terms. An embargo on oil stops a country within weeks. An embargo on batteries stops its next purchases and leaves the installed ones running. That does not make the Chinese share harmless. It makes it a different sort of exposure, to the pace of future building and not to this winter.

What these numbers cannot tell me

I am not sure how much of 2026 is a trend and how much is the war. Europe's battery-car share rose from 13.6 percent in 2024 to 17.4 percent in 2025, before the war, so the rise did not begin with Hormuz. The trade bodies attribute the summer's acceleration to it. I have not found an independent study that separates the two, and I would not want the August number quoted as proof of either.

I am also relying, for China, on figures from industry associations and state companies that I cannot check against anything independent, and on a truck market whose share may have been inflated by a subsidy deadline. And the measure I have ended up using, which product a country is leaving, is one I arrived at halfway through. It fits the evidence better than the one I started with. That is not the same as having been tested.

What would change my mind is specific. One test I set for myself has already been met, and I have reported it above: European diesel demand is falling faster than petrol demand. That removed the claim that Europe is leaving the wrong fuel and left the narrower one, that it has not reached freight. If electric trucks in the EU climb from five percent of sales toward the level China reached in 2025, that narrower claim stops being true as well. The same holds if the share of diesel and jet fuel that Europe imports begins to fall, or if the 23 percent begins to move. And if China's total oil consumption comes back above its 2025 record once the strait reopens, then what China has escaped is a fuel and not a dependence.

Until then, the reader was right that today's weakness and tomorrow's position are two separate questions, and right that Europe is moving faster than America. The answer to his question is still not the one either of us wanted. The country furthest along in leaving oil is China, which also imported more of it in 2025 than ever before. The country that needs imports least has stopped leaving. And Europe is leaving quickly, in passenger cars.

In the first half of 2026, 92.1 percent of the new trucks registered in the European Union ran on diesel.

Evidence Map

Facts, interpretations, forecasts, and disconfirming signals.

Core claim. Ranked by how fast oil is losing its necessity, the order is China, the EU, the United States. But oil is the wrong unit. Each bloc is leaving a different product from the barrel. The EU is cutting diesel in cars while petrol hybrids have become its largest new-car category, and freight stays on diesel and the import gap in diesel and jet fuel persists. China alone has reached the trucks.

Evidence level. Facts, high: registration, fleet, delivery and trade figures from ACEA, Eurostat (and, as a model allocation and not a measurement, the JRC split of road diesel by vehicle type), CPCA, China's Ministry of Public Security, EIA and Cox Automotive; the Commission's statement that the 23 percent electrification rate "has not changed for ten years." Interpretation, medium: that the order of electrification runs from light to heavy vehicles as an effect of how the technology arrived, not a design. Own calculation, medium: oil per unit of GDP, 2015 to 2025, recomputed independently. Dropped during research: the claim that Europe is electrifying only the fuel it exports; Eurostat shows EU road diesel down about 8 percent from 2019 to 2024 while petrol rose.

What would confirm this. EU electric truck share staying in single digits through 2027 while the car share passes 30 percent. The imported share of EU diesel and jet fuel holding or rising. Chinese diesel demand staying below its 2023 level after Gulf flows recover.

What would disprove this. EU electric trucks moving toward a quarter of new sales. The imported share of EU diesel and jet fuel falling. The EU electrification rate rising clearly above 23 percent. China's total oil consumption exceeding 762 million tonnes after the war.

Watchlist. ACEA commercial vehicle registrations for the full year 2026, early 2027. Eurostat's 2025 energy balance. CNPC and Sinopec annual outlooks, around January 2027. Cox Automotive quarterly EV share. Review: July 2027.

Sources

Europe. ACEA: new car registrations, August 2026, Vehicles on European Roads 2026, commercial vehicle registrations, first half 2026. Eurostat: energy imports, second quarter 2026, oil and petroleum products overview. Joint Research Centre: JRC-IDEES-2023, road diesel by vehicle type. European Commission: Electrification Action Plan, questions and answers and electrification page. Transport & Environment on oil saved by electric cars. Bruegel on diesel and jet fuel imports. GTPO on Gulf diesel. EHPA heat pump sales. SolarPower Europe on batteries. Ember on solar in June 2026. ACER, European hydrogen markets 2025. European Court of Auditors, Special Report 11/2024. CEIAS on battery imports.

China. CPCA figures via CnEVPost: retail sales, August 2026. Ministry of Public Security via CnEVPost: vehicle fleet, June 2026. CV World via CnEVPost: heavy trucks, 2025, 2030 truck target. ICIS on LNG trucks. Rhodium Group on diesel demand. CNPC ETRI, 2025 oil market review. Kpler on petrochemical demand. Sinopec outlook via OilPrice. Crude imports, August 2026. Ember, China Energy Transition Review 2026. Columbia CGEP on China's stockpile.

United States. EIA: petroleum products supplied, net imports, weekly gasoline and diesel prices, crude production outlook, September 2026, Annual Energy Outlook 2026. Cox Automotive: third quarter 2025, second quarter 2026, August 2026. Argonne National Laboratory monthly sales. IRS on Public Law 119-21. Federal Register, 18 February 2026. AAA on four-dollar petrol. Axios and Semafor on the diesel export ban. Dallas Fed Energy Survey. California Energy Commission. SEIA solar market report.

Global. IEA: Global EV Outlook 2026, Global Hydrogen Review 2026, Oil Market Report, September 2026. Energy Institute Statistical Review via Our World in Data. Figures as published through 3 October 2026.

Jerry van der Laan writes The Manifest Archive, Forensic Narrative Intelligence Writing on the systems beneath power, money, and history. He traces the structures beneath them.