There is a gap between what Finnish car buyers say about electric vehicles and what the Finnish numbers say about them. The gap is not a curiosity. It is a market signal, and it is pointing in one direction.
The stated position is familiar: the EV is unnecessary, the petrol car is cheap, and the infrastructure is not there. The revealed position is written in the price at the pump, the surcharge on the delivery van, the crime statistics of the police district, and the registration figures for new cars. The two positions are not compatible. One of them is being repriced.
I. The Numbers on Fuel
The price of petrol in Finland rose to its highest level since 2022 in the autumn of 2026. On 12 October, the average reported price was EUR 2.367 per litre for 95E10 petrol, EUR 2.473 for 98-octane petrol, and EUR 2.572 for diesel . The gap between the cheapest and most expensive station was 42.5 cents per litre for 95E10, which is EUR 21.25 on a 50-litre fill-up . The cheapest 95E10 was EUR 2.144 per litre in Lahti and Rauma; the most expensive was EUR 2.569 per litre in Inari .
The immediate cause was the Iran war, which began in late February 2026 and restricted shipments through the Strait of Hormuz . The domestic cause was already in place before the war. The distribution obligation rose from 16.5 per cent to 19.5 per cent at the start of 2026 . The cost impact of that three-percentage-point increase was estimated at around four cents per litre for diesel, and the total cost burden of the obligation rose from about 12 cents per litre at the start of 2025 to about 25 cents per litre at the start of 2026 . The fuel tax was cut by about 1.2 cents per litre in return, which is small compared with the increase caused by the distribution obligation .
The debate in Helsinki has been about how to cushion the price, not how to exit the exposure. The Ministry of the Environment rejected a cut to the distribution obligation on the grounds that it would not act quickly enough. The alternative under discussion is an increase in the commuting deduction or tax relief for professional transport, both of which reduce state revenue without reducing the underlying cost of the fuel. The price signal remains, and the state is paying people to endure it rather than to avoid it.
II. The Numbers on Delivery
The consequence for delivery services is arithmetic.
Posti’s fuel and energy surcharge for pick-up and delivery service was 20.96 per cent from 1 October 2026, up from 19.61 per cent in September . For freight, express freight, and transport units, the surcharge was 37.74 per cent from 7 October 2026, up from 37.31 per cent on 30 September . For parcels, it was 22.47 per cent from 7 October 2026, up from 22.30 per cent on 30 September .
A transport firm that absorbs a cost increase of that size on a high-mileage fleet is not making a marginal decision. It is making a solvency decision. The delivery runs that decline are the runs that the price of fuel has made unprofitable.
III. The Numbers on Theft: The Baseline and the Spike
Fuel theft in Finland is not a single phenomenon. It is two, and the difference between them is the difference between a chronic background condition and an escalatory response to price.
The chronic baseline is the forecourt drive-off. It is recorded at approximately 6,000 cases per year nationally . In the Southeast Finland police district, 57 criminal reports were filed between the start of 2026 and the end of May, a figure police described as in line with the annual totals . The offence is simple: a motorist fills a tank and leaves without paying. It is persistent, it is not organised, and it exists in good times and bad.
The offence is also structurally preventable, and the prevention is already deployed. A drive-off requires fuel to be dispensed before payment is secured. Reverse the sequence and the offence disappears. Pay-at-pump requires card authorisation before the nozzle activates; if the payment is declined, fuelling does not begin, and the exposure window is removed entirely . The prepayment model reduces the risk of loss through drive-offs to near zero . In Finland, the mechanism is already in drivers’ hands: the Neste app, St1 Way, and ABC-mobiili allow the transaction to be completed before or at the pump, tied to an identified account rather than an anonymous nozzle . A forecourt that requires an app login or a customer card has already closed the gap that the chronic baseline exploits.
The escalatory phenomenon is the siphoning of commercial diesel from the tanks of trucks, work machines, farm storage, and forestry and peat sites. It is organised, it is capital-intensive, and it tracks the price of diesel with a precision that the chronic baseline does not.
The magnitude of the spike is visible in the regional data. In Päijät-Häme, police recorded 17 fuel thefts in January–March 2022, against 3 in the same period the previous year —a roughly five-to-six-fold increase in a single quarter, and a first-quarter total equal to a third of the entire previous year’s 51 recorded thefts . In Western Uusimaa in September 2022, police investigated seven separate cases in Lohja, Vihti, and Raasepori in which thieves took thousands of litres, including over 5,000 litres from a storage depot and over 1,000 litres of fuel oil from an excavator. Police described the period as a “clear peak” compared with the rest of the year, and contrasted it with the summer thefts from boat engines, which were counted in tens of litres .
The volume per incident has moved from a tankful to a fuel depot. Police report amounts ranging from dozens to thousands of litres . A single peat contractor in Kurikka lost 5,000 litres across a farm tank and two tractor tanks, plus 3,000 litres from a 6,000-litre tank in December . A farm equipment entrepreneur in Jalasjärvi reported thefts at least once a month, totalling around EUR 7,000 in a year, and described the pattern as “as if they just come home” . A transport entrepreneur in Helsinki described thieves driving into the yard and sucking the trucks empty , and said the thefts continued despite camera surveillance installed at police request, with police unable to identify the perpetrators even when they did not cover their faces .
The methods have escalated with the volume. Police describe locks broken, tanks drilled, and fuel pumped or drained into the thieves’ own containers . The Maaseudun Tulevaisuus investigation describes a crew with a 2,000-litre tank in a van trailer, using their own pump through the farm tank’s fill opening, because a standard nozzle would be too slow . The same crew hit two tanks in the same area within days, taking 2,000 litres from one and 1,500 litres from the other . Police say transporting the larger volumes invariably requires at least a van or a trailer . In Eastern Finland, thieves have cut holes in mesh fences to reach truck tanks inside secured compounds, and the thefts occur at night on remote construction sites, industrial areas, and parking areas .
The professionalisation is the qualitative shift. Teppo Raininko of LähiTapiola described the change directly: “It is no longer someone filling an old diesel Mercedes for free, or stealing a tankful. The tank is empty when you come in the morning and think you are going to fuel the tractor or the combine or start the dryer” . The theft is no longer opportunistic consumption. It is the extraction of a high-value commercial input for resale, and police in multiple districts suspect the stolen fuel ends up back on the market .
The sector-level data confirms that this is not a marginal crime. Of 513 transport companies in the SKAL barometer, 24 per cent had been the victim of fuel theft in the previous year. Among the victims, 45 per cent had been hit two to three times, and 10 per cent had been hit more than five times. The typical loss was EUR 500–1,000, and when the survey is extended to the approximately 9,500 companies in the Finnish transport field, the annual cost is estimated at EUR 3.5 million. Only 14 per cent of the firms that filed a police report said the report led to the theft being solved .
The escalation in daringness is therefore measurable along three axes. The target has moved from the forecourt to the commercial tank and the storage depot. The method has moved from driving off to breaking locks, drilling tanks, cutting fences, and pumping thousands of litres with specialised equipment. The social threshold has moved from stealth to entering yards, working under camera surveillance, and repeating the theft monthly in the same area—because the probability of consequence is low and the value of the fuel is high.
The EV has no equivalent exposure
Electric charging does not reproduce the conditions that make fuel theft possible, and the difference is structural rather than a matter of better policing.
Electricity is not a fungible liquid. It is metered to a session and billed to an identified account. There is no tank to siphon, no nozzle to leave unpaid, and no volume that can be carried off in a container. The drive-off—the crime that defines the chronic baseline—has no analogue at a charger, because the transaction is settled before the energy flows.
The bidirectional case is not the exception it appears to be. A vehicle with vehicle-to-load, vehicle-to-home, or vehicle-to-grid capability can push power out of the battery. But enabling that output is not a matter of access to a cable. On the vehicle side, the feature requires the car to be authenticated and the discharge mode to be authorised, which in practice means the key or the account that is authorised to drive the car. On the charger side, the session requires authentication through an RFID tag, an app account, or an automatic plug-and-charge certificate tied to a contract. Extracting power from a bidirectional EV therefore requires the same privileges as driving the vehicle, plus a charging session that the operator can attribute. It is not a simpler crime than fuel theft. It is a harder one, because the two things that make fuel theft cheap—an anonymous nozzle and a fungible liquid—are both absent.
The valuable component is the cable, and the cable is where the countermeasure sits. The Finnish manufacturer Kempower has addressed cable theft with a forensic anti-theft system that releases an invisible DNA-marked liquid when a cable is cut, allowing police to link a stolen cable to a specific charging site . But cable theft is a property crime against infrastructure. It is not the extraction of the energy product, and it does not scale in the way that siphoning a thousand litres from a farm tank scales.
The charger is not a better-protected fuel station. It is a different transaction, and the transaction is settled before the energy flows.
IV. The Numbers on the Car
The total cost of ownership has crossed a threshold that the stated position has not yet registered.
The Finnish arithmetic explains the direction. A Finnish electric car uses 15–25 kWh per 100 km, and home charging costs EUR 2–4 per 100 km . A petrol car consuming 6–9 litres per 100 km at Finnish pump prices costs EUR 17–20 per 100 km . For a typical Finnish driver logging 1,500 km per month and charging mostly at home, the monthly charging cost can stay at EUR 20–50 . Public DC fast charging at 50–80 cents per kWh narrows the gap, but the home-charging advantage remains .
The used market has already flipped. A 92,000 km Nissan Leaf was listed at EUR 7,800, while a 110,000 km petrol Polo was listed at EUR 7,990 . The used buyer—the marginal buyer—is being offered the lowest total cost of ownership of any powertrain. The stated preference and the numbers have diverged.
V. The Revealed Preference
The divergence is visible in what Finnish buyers are actually doing regarding new cars.
In September 2026, the share of fully electric vehicles in new passenger car registrations reached 62.1 per cent, bringing the year-to-date share to 50.4 per cent—the first time EVs have risen above 50 per cent for the year . In the first half of 2026, the share was 48.3 per cent, the third-highest in Europe . In May, 49 per cent of new registrations were fully electric .
The stated position is still present. In a Drivalia Lease Finland survey of 1,000 respondents conducted in June 2026, 48 per cent of all respondents would still choose a petrol car . But the same survey found that 25–54-year-olds are the most interested in fully electric cars, and that 47 per cent of those buying a completely new car want their next car to be electric, even though 48 per cent of them currently drive a petrol car . The stated preference is not the purchase decision. The purchase decision is being made on the numbers.
VI. What This Means in the Finnish Market
A gap between what buyers say and what the numbers say is not a stable state. It resolves in one of three ways, and the resolution is visible in the Finnish data.
The first resolution is a repricing of the substitute. When the total cost of ownership of the used electric car falls below the used petrol car, and the fuel price of the petrol car rises, the petrol car’s resale value is placed under pressure. The used electric vehicle with a lower lifetime TCO makes the used petrol vehicle less competitive, and the supply of used electric vehicles is growing. The petrol car is not removed from the Finnish market. It is repriced, and the repricing is already visible in the used listings.
The second resolution is a shift in the cost of operation onto the operator. The Finnish delivery firm that cannot absorb the fuel price passes it on as a surcharge, cuts the unprofitable runs, or loses the fuel to theft. The stated position of the consumer—fuel is cheap—is not available to the firm that is paying EUR 2.37 per litre, adding a 20.96 per cent surcharge to its pick-up and delivery service, and installing lighting and cameras to protect its tanks. The firm’s behaviour is the revealed preference of the Finnish market, and it is already responding.
The third resolution is a political intervention that delays the repricing. The debate over the distribution obligation, the commuting deduction, and the professional transport tax relief is an attempt to keep the stated position viable by transferring the cost to the state. The transfer does not change the underlying arithmetic. It changes who pays for the delay.
The Finnish numbers are not a prediction. They are a description of the cost structure that is already in place. The stated position is a claim about the present that the present has already falsified. The market is not waiting for the claim to be withdrawn. It is repricing around it.
VII. The Habit
The pump price is visible, it is repeated every week, and it is the number that the driver feels in the hand. The other lines are not visible. Take the typical Finnish driver at 1,500 km a month. A home-charged electric car at EUR 2–4 per 100 km costs roughly EUR 30–60 a month. A petrol car at EUR 17–20 per 100 km costs roughly EUR 255–300 a month. The gap is EUR 195–270 a month, or EUR 2,300–3,200 a year, and it widens with every rise in the pump price. Public fast charging narrows it, and a driver who relies on it alone will not see the full figure, but the home-charged driver sees it every month. None of that is posted at the roadside. The resale value of a used petrol car under pressure from a lower-TCO used EV is not announced either. Nor is the exposure to a theft economy in which 24 per cent of the Finnish transport fleet has been hit in a single year, at a sector cost of EUR 3.5 million — not a line on the household budget.
The declaration is made in a register that forecloses the reading. The consumer says the EV does not work in winter, that it costs more, and that they can afford petrol. Each of those is a claim of a specific kind, and each has a document that answers it. The winter claim is a technical claim, and the document is the specification sheet: range, consumption, charging curve, and the cold-weather derating that every manufacturer publishes because the Finnish buyer asks for it. The cost claim is an arithmetic claim, and the document is the monthly calculation above. The affordability claim is a budget claim, and the document is the household ledger. The declaration is made without consulting any of the three, and it is made with a certainty that is total. That is the absurdity, and it is not a gap in intelligence. It is a gap in reading. The certainty is what prevents the consultation, because a person who has already decided does not open the brochure.
The affordability claim is the one that inverts most cleanly against its own arithmetic. At current Finnish prices, the driver who says they can afford petrol is saying they can afford to pay EUR 195–270 more per month more than the home-charging EV driver for the same distance. The statement is true only if the act of filling the tank with fuel provides any actual benefit, but does it? or what is it really?
The habit is paid for, month by month, in the two places the driver can feel. It is paid in the monthly expense: a petrol car at Finnish pump prices costs more per kilometre than a home-charged EV, and the gap widens as the fuel price rises. And it is paid in exposure: the fuel that is expensive enough to make the EV cheaper per kilometre is the same fuel that is valuable enough to be worth stealing, and the delivery firm that absorbs a 20.96 per cent surcharge is the firm who has to decline runs due to high fuel prices, while the thieves cut the fence at night.
The used market is where the habit is most expensive, because the used buyer is the marginal buyer, and the used buyer is being offered the lowest total cost of ownership of any powertrain (BEUC, 2025).
References
Helsingin Sanomat. (2022, May 25). “Röyhkeitä olivat” – Kalliit hinnat saivat polttoainevarkaudet nousuun.
Hufvudstadsbladet. (2022, September 30). Ovanliga bränslestölder i västra Nyland – “Det handlar om hundratals liter ur stora fordon” säger polisen.
Itä-Savo. (2022, April 4). Polttoainevarkaudet ovat rajussa kasvussa Päijät-Hämeessä – “Aika tehokkaat pumput täytyy olla, kun lähtee monta sataa litraa kerralla”.
Kempower. (2025). Kempower introduces forensic anti-theft system for EV charging cables.
Maaseudun Tulevaisuus. (2022, August 30). Polttoainevarkaudet tiloilta lisääntyneet ja ammattimaistuneet: “Ei enää sitä, että joku tankkaa vanhan dieselmersunsa ilmaiseksi, vaan säiliö on aamulla täysin tyhjä”.
Maaseudun Tulevaisuus. (2026, March 4). I-P: Turveyrittäjältä vohkittu 5 000 litraa polttoainetta – “Kuin tulisivat kotiinsa”.
Poliisi. (2022, May 16). Polttoainevarkauksissa kasvua.
Posti. (2026, October). Fuel and energy surcharge.
Rikosuutiset. (2022, December 9). Polttoainevarkaat Itä-Suomessa huoltoasemien ja yrittäjien kiusana – satoja rikosilmoituksia vuodessa.
Saka. (2026, August 18). Buying a used electric car 2026.
SKAL. (2026, March 24). Polttoainevarkauksista miljoonien eurojen kulut kuljetusyrityksille.
Statistics Finland. (2026, September 30). Average prices of liquid fuels increased in September 2026.
Tekniikka & Talous. (2026, July 12). Halpa sähköauto vai halpa bensa-auto?
The Driven. (2026, October 7). EVs dominate European new car sales in September.
Verkkouutiset. (2026, March 24). Polttoaine varastetaan yön aikana – yrittäjille miljoonien eurojen lisälasku.
Verkkouutiset. (2026, October 13). This is what fuel costs in Finland right now.
Yle. (2022, May 16). Korkea bensan hinta sai polttoainevarkaat röyhkeiksi – polttoainetta viedään nyt suoraan isoista työkoneista tai kuorma-autojen tankeista.
Yle. (2022, September 26). Polttoainevarkauksia tavallista enemmän Länsi-Uudellamaalla.
Yrittajat.fi. (2026, March 24). Röyhkeät polttoainevarkaat ajavat pihaan ja imevät rekkojen tankit tyhjiksi – Yrittäjä on avuton: “Sinne ei jätetä mitään”.