Europe Transport Electrification Data Hub 2026
By Axis Intelligence Research
Co-author: Aidan Jad — EV, Grid & Infrastructure | Last updated: September 8, 2026 | License: CC BY 4.0
In the first half of 2026 the European Union registered 1,220,890 new battery-electric cars — 20.7% of the market, up from 15.6% a year earlier — while petrol and diesel together fell to 29.7% from 37.8%. Europe passed a threshold this year: electrification stopped adding to the market and started replacing it.
Quick Answer
Battery-electric cars took 20.7% of EU new-car registrations in H1 2026 (1,220,890 units, +40.5% year on year), and 22.2% across EU + EFTA + UK (1,608,200 units). Petrol and diesel’s combined EU share fell 8.1 percentage points in twelve months. Axis Intelligence Research’s Electrification Substitution Index (ESI) ranks Denmark first at 84.4 of 100, France fifth, Germany ninth and Poland twenty-ninth — a spread that no single market-share figure captures. Scope: EU27 unless stated; ACEA registration data, H1 2026, published 23 July 2026.
Key Findings
- According to Axis Intelligence Research, the EU registered more new battery-electric cars in the first half of 2026 (1,220,890) than it has public recharging points in total (1,170,493 as of June 2026) — a charging absorption ratio of 1.04.
- Axis Intelligence Research finds that wholly Chinese-owned brands — BYD, SAIC Motor, Chery and Leapmotor — took 6.6% of all EU new-car registrations in H1 2026, up from 3.4% a year earlier, doubling their combined volume to 391,576 units.
- According to ACEA data published on 23 July 2026, battery-electric cars reached 20.7% of the EU market in H1 2026, while the combined petrol and diesel share fell to 29.7% from 37.8%.
- Axis Intelligence Research’s Electrification Substitution Index scores Denmark at 84.4 and Poland at 10.8 on a 0–100 scale, the widest structural gap between two sizeable EU markets in the 2026 reading.
- CLEPA reports that European automotive suppliers announced 104,000 job cuts across 2024 and 2025 combined, against roughly 7,000 new positions announced in 2025.
Explore Europe’s EV data
| Resource | |
|---|---|
| EV market & adoption | Europe EV Statistics 2026 → |
| Monthly sales | European EV Sales Statistics 2026 → |
| Charging infrastructure | Europe EV Charging Statistics 2026 → |
Publishing next in this cluster: EV sales by European country · Chinese EV market share in Europe · Europe EV price statistics · European automaker statistics · Europe EV manufacturing statistics · Europe auto industry job cuts · European EV subsidies by country.
How electric is Europe’s new-car market in 2026?
One in five new cars sold in the European Union in the first half of 2026 was a battery-electric vehicle. That sentence would have been a forecast three years ago and a stretch two years ago. It is now the recorded figure: battery-electric cars held a 20.7% share of the EU market up until June 2026, up from 15.6% a year earlier, while the combined market share of petrol and diesel cars fell to 29.7% from 37.8%.
Volume matters more than share for anyone modelling supply chains. In the first half of 2026, 1,220,890 new battery-electric cars were registered in the EU, against 869,034 in H1 2025 — growth of 40.5%. Plug-in hybrids added 577,735 units and full and mild hybrids 2,198,148.
Widen the frame to EU + EFTA + UK and the picture shifts by a couple of points rather than fundamentally: 1,608,200 BEVs on 7,232,066 total registrations, a 22.2% share. The UK on its own registered 284,579 BEVs, a 25.0% share — ahead of Germany’s 24.8% and well ahead of the EU average. Anyone quoting “Europe” without saying which Europe is off by roughly 1.5 percentage points, which is more than a year’s progress in several member states.
For the full sales series, model mix and monthly cadence, see our Europe EV statistics pillar and the monthly European EV sales tracker.
Aidan Jad: The share number is the one everybody quotes, and it is the one that hides the most. A market can lift BEV share while its petrol volumes hold steady — that happens whenever total registrations grow. What happened in H1 2026 is different in kind. EU petrol registrations fell 17.2% and diesel 16.5% in absolute units. Electrification is now taking metal off the line, not just adding a new line.
Which European markets are actually replacing combustion cars?
Market share tells you where a country is. It does not tell you whether combustion is retreating or simply being diluted. So we built a metric that measures the second thing.
The Electrification Substitution Index (ESI)
The Electrification Substitution Index (ESI) is an Axis Intelligence Research metric scoring each European market from 0 to 100 on how far and how fast battery-electric registrations are displacing petrol and diesel registrations. It combines three components, each min–max normalised across the 31 markets ACEA reports:
| Component | Weight | What it measures |
|---|---|---|
| BEV market share, H1 2026 | 40% | Where the market stands today |
| Change in BEV share vs H1 2025 (pp) | 30% | How fast it is moving |
| Retreat in combined petrol + diesel share (pp) | 30% | Whether combustion is actually being displaced |
ESI = 0.40 × N(BEV share) + 0.30 × N(BEV share change) + 0.30 × N(petrol + diesel retreat), where N is min–max normalisation to a 0–100 range across the 31 reported markets. Every input is a registration count from ACEA’s H1 2026 year-to-date table. A competent analyst can rebuild the entire index from that one PDF and the formula above.
Read the ranking as a measure of substitution in progress. Norway scores 49.9 despite a 97.6% BEV share for the reason a marathon runner at kilometre 42 posts a poor split: there is almost nothing left to displace. Denmark, at 79.9% share and still adding 16 percentage points a year, is the market doing the most work right now.
| Rank | Market | ESI | BEV share H1 2026 | BEV share H1 2025 | Change (pp) | Petrol+diesel share H1 2026 | Petrol+diesel retreat (pp) | BEV growth YoY | Source |
|---|---|---|---|---|---|---|---|---|---|
| 1 | Denmark | 84.4 | 79.9% | 63.8% | +16.0 | 7.8% | +11.0 | +41.2% | ACEA H1 2026; AIR calculation |
| 2 | Iceland | 66.5 | 42.4% | 28.9% | +13.5 | 11.8% | +12.3 | +39.5% | ACEA H1 2026; AIR calculation |
| 3 | Malta | 64.6 | 38.3% | 28.0% | +10.3 | 25.1% | +14.8 | +78.2% | ACEA H1 2026; AIR calculation |
| 4 | Finland | 54.6 | 47.8% | 34.2% | +13.6 | 11.6% | +5.5 | +39.8% | ACEA H1 2026; AIR calculation |
| 5 | France | 51.6 | 28.2% | 17.6% | +10.6 | 17.5% | +10.5 | +62.9% | ACEA H1 2026; AIR calculation |
| 6 | Norway | 49.9 | 97.6% | 93.0% | +4.6 | 1.1% | +0.7 | +1.3% | ACEA H1 2026; AIR calculation |
| 7 | Slovenia | 48.8 | 16.5% | 9.0% | +7.5 | 59.8% | +14.1 | +124.5% | ACEA H1 2026; AIR calculation |
| 8 | Ireland | 42.6 | 23.7% | 16.7% | +7.0 | 33.9% | +10.2 | +47.9% | ACEA H1 2026; AIR calculation |
| 9 | Germany | 39.7 | 24.8% | 17.7% | +7.1 | 34.9% | +8.5 | +48.0% | ACEA H1 2026; AIR calculation |
| 10 | Portugal | 37.1 | 25.3% | 20.2% | +5.1 | 25.8% | +8.8 | +38.7% | ACEA H1 2026; AIR calculation |
| 11 | Croatia | 34.5 | 4.0% | 0.9% | +3.1 | 49.4% | +13.5 | +349.7% | ACEA H1 2026; AIR calculation |
| 12 | Sweden | 33.9 | 41.5% | 35.2% | +6.2 | 25.0% | +3.1 | +18.4% | ACEA H1 2026; AIR calculation |
| 13 | Netherlands | 32.0 | 36.5% | 35.0% | +1.5 | 9.2% | +7.1 | −0.1% | ACEA H1 2026; AIR calculation |
| 14 | Cyprus | 30.5 | 12.6% | 8.9% | +3.6 | 31.5% | +9.5 | +23.9% | ACEA H1 2026; AIR calculation |
| 15 | Romania | 29.2 | 8.5% | 4.9% | +3.6 | 24.9% | +9.7 | +72.5% | ACEA H1 2026; AIR calculation |
| 16 | Italy | 28.4 | 8.5% | 5.2% | +3.3 | 26.7% | +9.6 | +77.7% | ACEA H1 2026; AIR calculation |
| 17 | United Kingdom | 27.8 | 25.0% | 21.6% | +3.4 | 24.3% | +5.9 | +26.6% | ACEA H1 2026; AIR calculation |
| 18 | Luxembourg | 27.3 | 29.2% | 26.0% | +3.2 | 31.4% | +4.9 | +18.1% | ACEA H1 2026; AIR calculation |
| 19 | Austria | 26.3 | 24.3% | 22.0% | +2.3 | 34.5% | +6.2 | +27.0% | ACEA H1 2026; AIR calculation |
| 20 | Spain | 26.0 | 9.8% | 7.6% | +2.2 | 27.4% | +9.1 | +36.7% | ACEA H1 2026; AIR calculation |
| 21 | Switzerland | 25.9 | 23.9% | 20.5% | +3.4 | 27.2% | +5.2 | +20.2% | ACEA H1 2026; AIR calculation |
| 22 | Bulgaria | 23.4 | 7.8% | 4.3% | +3.5 | 84.0% | +7.2 | +95.8% | ACEA H1 2026; AIR calculation |
| 23 | Lithuania | 22.6 | 7.7% | 5.8% | +1.9 | 25.9% | +8.2 | +53.7% | ACEA H1 2026; AIR calculation |
| 24 | Belgium | 22.2 | 36.1% | 32.8% | +3.3 | 45.1% | +1.1 | +8.2% | ACEA H1 2026; AIR calculation |
| 25 | Greece | 22.2 | 6.3% | 5.5% | +0.8 | 27.9% | +9.1 | +23.9% | ACEA H1 2026; AIR calculation |
| 26 | Hungary | 19.6 | 10.0% | 7.9% | +2.1 | 30.1% | +6.1 | +43.7% | ACEA H1 2026; AIR calculation |
| 27 | Slovakia | 14.2 | 6.2% | 4.4% | +1.7 | 52.4% | +4.7 | +33.4% | ACEA H1 2026; AIR calculation |
| 28 | Czechia | 11.0 | 6.6% | 5.6% | +1.0 | 62.3% | +3.6 | +24.9% | ACEA H1 2026; AIR calculation |
| 29 | Poland | 10.8 | 5.3% | 5.0% | +0.3 | 33.2% | +4.4 | +15.6% | ACEA H1 2026; AIR calculation |
| 30 | Latvia | 6.5 | 7.4% | 6.6% | +0.8 | 79.3% | +1.6 | +12.3% | ACEA H1 2026; AIR calculation |
| 31 | Estonia | 4.3 | 6.2% | 7.2% | −1.0 | 26.8% | +2.3 | +39.0% | ACEA H1 2026; AIR calculation |
ESI = Electrification Substitution Index, Axis Intelligence Research. Inputs: ACEA new car registrations by market and power source, January–June 2026 and January–June 2025 (published 23 July 2026). Snapshot date 30 June 2026.
What the index surfaces that share tables do not
Three findings fall out of the ranking that a plain market-share list would bury.
Belgium is the anomaly of 2026. It sits at 36.1% BEV share — sixth-highest of the 31 markets — and 24th on the ESI. Its petrol and diesel share barely moved, down 1.1 points, and still stands at 45.1%. Belgium’s high BEV number rests heavily on company-car fleets electrifying; its private retail market has not followed at anything like the same rate, so the combustion base has held.
Estonia went backwards. It is the only market of the 31 where BEV share fell year on year, from 7.2% to 6.2%, even though BEV units rose 39%. Total registrations grew 62% and combustion grew faster than electric. Growth in units and progress in transition are not the same measurement.
Croatia and Slovenia are the fastest movers off a small base. Croatia’s BEV registrations rose 349.7% and Slovenia’s 124.5%, and both posted double-digit combustion retreat. In absolute terms they remain small — 1,781 and 6,062 units — but the direction is the cleanest in the dataset.
Country-level detail, including monthly series and per-capita normalisation, sits in EV sales by European country.
Where are Europe’s EV sales concentrated?
Four markets account for 63.4% of all EU battery-electric registrations: Germany (368,006), France (241,562), Belgium (83,282) and Denmark (80,707). Germany and France alone are 49.9%.
That concentration is the single biggest risk factor in any European EV forecast. Two national policy regimes — the German purchase incentive that restarted on 1 January 2026 and the French bonus écologique with its environmental-score eligibility rules — currently govern half of the EU’s BEV volume. A change in either moves the continental number.
| Market | BEV registrations, H1 2026 | Share of EU BEV total | BEV growth YoY | Source |
|---|---|---|---|---|
| Germany | 368,006 | 30.1% | +48.0% | ACEA, 23 July 2026 |
| France | 241,562 | 19.8% | +62.9% | ACEA, 23 July 2026 |
| Belgium | 83,282 | 6.8% | +8.2% | ACEA, 23 July 2026 |
| Denmark | 80,707 | 6.6% | +41.2% | ACEA, 23 July 2026 |
| Netherlands | 63,776 | 5.2% | −0.1% | ACEA, 23 July 2026 |
| Spain | 63,201 | 5.2% | +36.7% | ACEA, 23 July 2026 |
| Sweden | 58,801 | 4.8% | +18.4% | ACEA, 23 July 2026 |
| Italy | 79,434 | 6.5% | +77.7% | ACEA, 23 July 2026 |
Shares of the EU total of 1,220,890 BEV registrations calculated by Axis Intelligence Research.
Two of the historic leaders have stalled. The Netherlands registered fractionally fewer BEVs than a year earlier, and Belgium grew 8.2% while the EU grew 40.5%. Both are mature company-car markets where the fleet channel has largely converted and the retail channel has not taken over.
How much of the European market do Chinese brands now hold?
This is the number European boardrooms watch, and it is rarely calculated consistently, because the answer depends entirely on whether Volvo Cars and Polestar count as Chinese.
Axis Intelligence Research uses a narrow definition: brands wholly owned by Chinese groups and marketed in Europe under Chinese ownership — BYD, SAIC Motor, Chery Automobile and Leapmotor. On that basis, they registered 391,576 cars in the EU in H1 2026, 6.6% of the market, against 186,615 units and 3.4% a year earlier. Volume more than doubled, up 109.8%.
Add Geely Group — which ACEA counts as Geely, Lynk & Co, Lotus, Polestar, Smart, Volvo Cars and Zeekr, several of them European-built — and the figure rises to 9.3%, from 6.1%. Both numbers are defensible; they answer different questions. The narrow number measures import penetration by new entrants. The wide number measures Chinese-owned capital’s total share of the European market.
Across EU + EFTA + UK, the four narrow-definition groups took 7.8%, or 566,608 units.
| Group | EU registrations, H1 2026 | EU registrations, H1 2025 | Growth | Source |
|---|---|---|---|---|
| SAIC Motor | 127,585 | 107,106 | +19.1% | ACEA, 23 July 2026 |
| BYD | 130,743 | 48,755 | +168.2% | ACEA, 23 July 2026 |
| Chery Automobile | 84,987 | 23,053 | +268.7% | ACEA, 23 July 2026 |
| Leapmotor | 48,261 | 7,701 | +526.7% | ACEA, 23 July 2026 |
| Four groups combined | 391,576 | 186,615 | +109.8% | AIR calculation on ACEA data |
Leapmotor is the case that complicates the trade-policy framing: it is distributed by Leapmotor International, a Stellantis-controlled company owned 51% by Stellantis and 49% by Leapmotor. A tariff aimed at Chinese imports lands partly on a European incumbent’s own distribution arm.
For brand-level series, model mix and the tariff timeline, see the Chinese EV market share in Europe dataset.
Aidan Jad: Chery went from 23,053 EU registrations to 84,987 in twelve months with a line-up most European buyers could not have named in 2024. That is not a price story alone. It is a product-cadence story: Chinese groups are landing new nameplates in European segments faster than the homologation-to-showroom cycle European planners built their volume assumptions around.
Does Europe have enough public chargers for the cars it is selling?
Here is the comparison that reframes the infrastructure debate. EU public recharging infrastructure reached 1,170,493 points in June 2026, up 18.0% on June 2025. In the same six months, the EU registered 1,220,890 battery-electric cars.
Axis Intelligence Research’s charging absorption ratio for H1 2026 is 1.04 — the EU put more new BEVs on the road in six months than it has public charge points in service after more than a decade of deployment. The ratio is a stock-versus-flow comparison by design: it asks how one half-year of new demand compares with the entire installed base of public supply.
| Metric | Value | As of | Source |
|---|---|---|---|
| EU public recharging points | 1,170,493 | June 2026 | EAFO (European Commission) |
| Year-on-year growth in recharging points | +18.0% | June 2026 | EAFO (European Commission) |
| EU public recharging points | 1,157,551 | July 2026 | EAFO (European Commission) |
| Year-on-year growth in recharging points | +15.2% | July 2026 | EAFO (European Commission) |
| EU BEV registrations, H1 2026 | 1,220,890 | June 2026 | ACEA |
| Charging absorption ratio | 1.04 | June 2026 | Axis Intelligence Research |
The July reading is lower than June’s. EAFO figures are compiled from harmonised national databases and revised as operators reconcile decommissioned and duplicated points, so a month-on-month decline usually reflects data cleaning rather than chargers being removed. We publish both readings rather than picking the flattering one.
Infrastructure quality is not captured by a point count at all. A 22 kW AC post on a residential street and a 350 kW DC bay on a corridor are one unit each in this total, and they serve entirely different duty cycles. Charging-curve behaviour, cold-weather derating and queue times at corridor sites are what determine whether a network feels adequate to a driver. Point counts are the input; utilisation is the outcome.
Network-level detail — DC share, power output, country splits and AFIR corridor compliance — is in Europe EV charging statistics.
What do European EV buyers pay, and who pays for it?
No European institution publishes an official average transaction price for battery-electric cars across the EU. Registration authorities record vehicles, not prices; ACEA reports units; Eurostat reports price indices, not levels. Every “average EV price in Europe” figure in circulation comes from a commercial dataset with its own model-weighting rules, which is why two of them rarely agree. We treat the gap as a finding rather than a hole to fill with someone else’s number, and we set out what is verifiable instead: the public money that closes the gap between EV and combustion pricing at the point of sale.
The subsidy map got denser in 2026, not thinner. ACEA’s 2026 edition of its tax benefits and incentives review found that all but one EU member state offers some form of acquisition or ownership tax benefit for electric vehicles, that 18 member states offer tax benefits for electric company cars, and that the number of member states with no purchase incentive at all fell to six, down from eight the previous year.
Two of those schemes govern the markets that between them make half the EU’s BEV volume:
- Germany restarted purchase support on 1 January 2026. The programme is means-tested, with a base subsidy of €3,000 for battery-electric vehicles rising to as much as €6,000 for lower-income households with children, backed by roughly €3 billion and applying retroactively to vehicles first registered from the start of 2026. German BEV registrations rose 48.0% in H1.
- France continued its bonus écologique into 2026 with income-differentiated support, an environmental-score eligibility test and a purchase-price cap aimed at mass-market models. French BEV registrations rose 62.9%.
The correlation is visible but it is not proof of causation, and the counter-example is in the same table: Belgium runs one of Europe’s most generous company-car regimes and grew 8.2%. Incentive design — who qualifies, at what price cap, through which channel — appears to matter more than headline generosity.
Price levels, segment-by-segment EV-versus-ICE gaps and residual-value trends are covered in Europe EV price statistics; scheme-by-scheme terms are in European EV subsidies by country.
What is happening to European car plants and automotive jobs?
Rising EV share and rising European production are not the same trend, and 2026 is the year the divergence became impossible to ignore.
CLEPA reports that EU vehicle output in 2025 ran around 20% below 2019 levels — a shortfall of roughly 3.1 million units — and that the EU produced 3.3 million electric vehicles in 2025 against the 4.8 million projected for that year back in 2023. Electric output grew. It grew into a smaller total.
The employment consequence is documented rather than forecast. Automotive suppliers announced 104,000 job cuts across 2024 and 2025 combined, roughly 142 jobs per working day, against about 7,000 announced new positions in 2025. The sector employs 13.6 million Europeans and accounts for 8.1% of EU manufacturing jobs, so a supplier-side contraction of that size is a macroeconomic event in several member states, not an industry story.
Powertrain content is the mechanism. A battery-electric drivetrain has fewer machined parts than a combustion one, and the value that leaves the engine plant does not reappear at the same site — it moves to cell manufacturing, power electronics and software, often on a different balance sheet and frequently in a different country.
Plant-level capacity, announced gigafactory investment and the OEM restructuring programmes are tracked in Europe EV manufacturing statistics, European automaker statistics and Europe auto industry job cuts statistics.
The regulatory backdrop
On 16 December 2025 the European Commission presented an automotive package including super-credits for small, affordable electric cars made in the European Union, additional flexibility on the 2030 car and van targets, and an automotive omnibus expected to cut roughly €706 million a year in compliance costs. The package proposes reducing the 2035 target from a 100% to a 90% emissions reduction against 2021, and the file remains before the European Parliament and Council through 2026.
Manufacturers now plan against a target that is itself in negotiation. That uncertainty shows up as postponed capacity decisions long before it shows up in registration data.
From pan-European sustainable transport to electrification
European transport policy did not begin with electric vehicles, and the current transition is the continuation of a much older institutional conversation about the relationship between mobility, infrastructure and the environment.
The Transport, Health and Environment Pan-European Programme (THE PEP) was established in 2002 and is jointly serviced by the WHO Regional Office for Europe and the United Nations Economic Commission for Europe (UNECE), providing an intersectoral policy platform for the 56 UNECE member states to develop shared approaches to sustainable transport and mobility. Its Steering Committee adopted the first Pan-European Strategy on Transport, Health and Environment, setting out a road map for transforming transport systems by 2050 and promoting sustainable urban mobility, cleaner technologies and climate resilience.
The through-line to 2026 is infrastructure. The pan-European framework treated transport as a network problem — what gets built, where, and who can reach it — rather than a vehicle problem. Europe’s electrification bottleneck in 2026 is the same kind of problem in different hardware: not whether cars can be electric, but whether the corridor charging, grid connections and urban kerbside provision exist where drivers actually are. The charging absorption ratio above is a network question wearing a powertrain costume.
Readers looking for information about THE PEP itself, its Steering Committee, its publications and its current work programme should consult the primary sources: UNECE’s THE PEP portal and the WHO/Europe programme page.
Disclosure: Axis Intelligence Research is an independent data and research publication. It is not affiliated with UNECE, WHO Europe, the United Nations, or THE PEP programme, and this page is not a publication of any of those organisations.
About this dataset: Europe Transport Electrification Dataset 2026
What it contains. 360 observations covering 31 European markets and three geographic blocs (EU27, EFTA, EU + EFTA + UK): battery-electric and total new-car registrations, BEV market share for H1 2026 and H1 2025, year-on-year BEV growth, combined petrol and diesel share, combustion retreat in percentage points, and the Electrification Substitution Index score for each market. It also carries EU-level public recharging infrastructure counts, Chinese-owned brand registrations and share, supplier employment figures and 2026 incentive parameters.
Geographic scope. Every row carries an explicit geography value. EU27, EFTA and EU + EFTA + UK aggregates are stored as separate rows and are never blended with national figures. Norway, Iceland, Switzerland and the United Kingdom are reported individually and excluded from EU totals.
Temporal coverage. 1 January 2026 – 30 June 2026, with H1 2025 comparators. Infrastructure rows carry June 2026 and July 2026 reference dates.
Provenance. Every row carries source_org, source_document, source_url, retrieved_date and is_primary. Rows computed by Axis Intelligence Research are flagged axis_calculated = yes and carry a method_note stating the formula.
Licence. CC BY 4.0. Free to reuse, including commercially, with attribution.
Citation: Axis Intelligence Research, Europe Transport Electrification Dataset 2026, 2026.
Download: europe-transport-electrification.csv (360 rows, UTF-8, 12 columns). Mirrored on Hugging Face, Kaggle and GitHub.
Methodology
Registration data. All national and bloc registration figures come from ACEA’s press release New car registrations: +5.7% in H1 2026; battery-electric 20.7% market share, published 23 July 2026, and its year-to-date and manufacturer tables. ACEA compiles these from aggregated data provided by national automobile associations, ACEA members and S&P Global Mobility; current-year data are provisional and subject to revision. Retrieved 8 September 2026.
Derived shares. BEV market share, petrol-plus-diesel share, year-on-year growth and share changes in percentage points are computed by Axis Intelligence Research from ACEA unit counts using exact rational arithmetic, then rounded for display. Our EU aggregate reproduces ACEA’s published 20.7% BEV share and 29.7% combined petrol-and-diesel share exactly, which is the check we ran before publishing any national figure.
Electrification Substitution Index. Three components, each min–max normalised to 0–100 across all 31 markets ACEA reports, then weighted 40/30/30 as set out above. Latvia and Romania have incomplete hybrid-electric reporting in the ACEA table; this does not affect their ESI, because no ESI component uses hybrid figures. The index measures substitution in progress and therefore scores saturated markets — Norway above all — lower than their absolute BEV share would imply. That is the intended behaviour, not an artefact.
Charging absorption ratio. H1 2026 EU BEV registrations (ACEA) divided by total EU public recharging points (EAFO, June 2026). The two series have different reference dates by one day and different compilation methods; the ratio is a scale comparison between a half-year flow and an installed stock, and is not a chargers-per-vehicle-parc figure.
Chinese-brand share. Computed from ACEA’s manufacturer table by summing EU registrations for BYD, SAIC Motor, Chery Automobile (which ACEA reports as Chery, Jaecoo, Jetour and Omoda) and Leapmotor, then dividing by total EU registrations. Geely Group is reported separately because ACEA’s Geely aggregate includes European-built Volvo Cars and Polestar volumes; both the narrow and the wide figure appear in the dataset.
Infrastructure data. European Alternative Fuels Observatory, a European Commission service, monthly data updates for June and July 2026. Charging-point definitions follow Regulation (EU) 2023/1804 (AFIR).
Sources not used. No aggregator, comparison site or secondary statistics portal is a source for any figure on this page. Where only a commercial dataset could supply a number — notably average EV transaction prices — we state the absence rather than reproduce an unverifiable figure.
Verification. Every prose figure was matched against the published CSV row-by-row before release, and all outbound links were confirmed live and confirmed to contain the cited claim on 8 September 2026.
Frequently asked questions
Does a 20.7% BEV share mean one in five cars on European roads is electric?
No, and the distinction matters for grid and charging planning. The 20.7% figure is a flow measure — the share of new registrations in H1 2026. The vehicle parc, meaning all cars currently in use, turns over at roughly 5% a year, so the electric share of the fleet on the road is far lower than the share of the showroom. Registration share is the leading indicator; parc share is what determines charging demand and fuel-tax revenue.
Why does Belgium have a high BEV share but a low substitution score?
Because its combustion base has barely moved. Belgium reached 36.1% BEV share in H1 2026, but its combined petrol and diesel share fell only 1.1 percentage points and still stands at 45.1%. Belgian electrification has been driven largely through the company-car channel, which converts fast and then plateaus; the private retail market has not followed at the same pace. High share, low displacement.
Should “Europe” figures include the UK, Norway and Switzerland?
It depends on what you are measuring, and you must say which basis you used. For EU regulatory analysis — CO₂ standards, AFIR compliance, incentive policy — EU27 is the correct frame. For manufacturing, trade and demand analysis, EU + EFTA + UK is more useful, because supply chains and model launches do not stop at the EU border. The two bases differ by about 1.5 percentage points on BEV share in H1 2026: 20.7% versus 22.2%.
Are Chinese brands taking share from European volume brands or from Tesla?
Both, but the pattern in H1 2026 points at the volume segment. The four wholly Chinese-owned groups added 204,961 EU registrations year on year, while Tesla added 53,393 to reach 124,242 and Volkswagen Group’s EU share slipped to 26.5% from 27.3%. The Chinese gain is roughly four times Tesla’s in absolute units, and it is landing in the C-segment and compact SUV classes where European volume brands make their margin.
Does a country need more chargers or faster chargers?
Different countries need different answers, which is why a single EU charger count is close to useless for planning. Markets with high apartment density and low private-parking availability — much of southern and central Europe — need kerbside AC provision, because drivers have nowhere to charge overnight. Markets with high private-parking rates need corridor DC capacity, because home charging already covers daily use and the network only has to serve long trips. The 1,170,493 EU total mixes both cases into one number.
What happens to the transition if the 2035 target is weakened to 90%?
The registration data suggests the near-term effect would be smaller than the political noise implies, because H1 2026 demand is being driven by national purchase incentives and product availability rather than by a 2035 deadline nine years out. The longer-term effect falls on capacity planning: manufacturers commit to platform and cell investment on 5–8 year horizons, and a target under active negotiation is a target that makes those commitments harder to sign off.
Which European market is actually decarbonising its new-car fleet fastest?
On the Electrification Substitution Index, Denmark, at 84.4 out of 100, combining a 79.9% BEV share with a 16-point annual gain and an 11-point retreat in petrol and diesel. Norway has the higher absolute share at 97.6%, but it has effectively completed the substitution and has little combustion left to displace, which is why its index reading is lower.
Can I reuse the Electrification Substitution Index in my own research?
Yes. The dataset is CC BY 4.0 and the formula, weights, normalisation method and inputs are all disclosed on this page, so the index can be recomputed independently from ACEA’s public registration tables. Attribution should read: Axis Intelligence Research, Europe Transport Electrification Dataset 2026.
Cite this page
APA: Axis Intelligence Research, & Jad, A. (2026). Europe transport electrification data hub 2026: EV adoption, infrastructure and automotive transition. Axis Intelligence. https://axis-intelligence.com/europe-transport-electrification/
MLA: Axis Intelligence Research, and Aidan Jad. “Europe Transport Electrification Data Hub 2026: EV Adoption, Infrastructure & Automotive Transition.” Axis Intelligence, 8 Sept. 2026, axis-intelligence.com/europe-transport-electrification/.
Chicago: Axis Intelligence Research and Aidan Jad. “Europe Transport Electrification Data Hub 2026: EV Adoption, Infrastructure & Automotive Transition.” Axis Intelligence, September 8, 2026. https://axis-intelligence.com/europe-transport-electrification/.