100 Countries by Public EV Chargers per 100,000 People, 2025
Mobility · EV infrastructure · Public charging
Public EV Charging Density by Country: 2025 Comparison
Updated: April 27, 2026
Public EV chargers per 100,000 people is a density indicator. It compares how visible public charging is relative to population, rather than simply counting the largest national networks. The metric is useful because a small country with many accessible chargers can rank above a much larger country with a bigger absolute network but lower public access per resident.
This 2025 snapshot uses rounded comparable values for public charging-point density. Cross-country EV charging comparisons remain sensitive to definitions: some inventories count charging points, others emphasize connectors or devices; some include semi-public sites, while others use stricter public-access definitions. The ranking is best read as a practical access comparison, not as a real-time count of every charger in operation.
Highest density
About 820 public charging points per 100,000 people, reflecting a very dense public-access network.
Top 5 cluster
The leading group is dominated by compact, high-income European markets with mature deployment systems.
Top 20 range
The upper table is extremely uneven: the first country sits far above the threshold for entering the Top 20.
Key limitation
High charger density does not guarantee reliability, payment interoperability or enough fast charging on corridors.
What the top of the ranking shows
The top of the ranking is shaped by long-running deployment capacity. The Netherlands, Norway, Denmark, Belgium, Luxembourg and Sweden combine high EV readiness, dense settlement patterns, public-sector coordination and years of network buildout. Their advantage is not only hardware; it is also permitting, grid access, payment systems, operator competition and maintenance routines.
Large countries usually rank lower on a per-capita basis because charging networks must cover much larger geographies and more varied driving patterns. China and the United States have enormous absolute networks, but per-capita density captures a different question: how common public charging is relative to residents.
A dense public network, compact geography and mature EV infrastructure market put the Netherlands well ahead on per-capita access.
Norway combines very high EV adoption with a charging network built for national travel, weather resilience and high daily EV use.
Denmark’s compact urban form and strong electricity-market coordination support rapid public charging coverage.
Belgium benefits from dense settlement, cross-border traffic and rapid public-access rollout in urban and corridor locations.
Small population size and strong infrastructure investment lift Luxembourg’s per-capita charging density.
Sweden combines high electrification momentum with a public charging system expanding across cities and long-distance routes.
Short table: Top 10 countries
| Rank | Country | Chargers per 100k |
|---|---|---|
| 1 | Netherlands | ≈820 |
| 2 | Norway | ≈447 |
| 3 | Denmark | ≈390 |
| 4 | Belgium | ≈380 |
| 5 | Luxembourg | ≈360 |
| 6 | Sweden | ≈360 |
| 7 | Iceland | ≈180 |
| 8 | Finland | ≈170 |
| 9 | Germany | ≈160 |
| 10 | France | ≈150 |
Main ranking table: Top 100 countries by public EV chargers per 100,000 people
The table shows rounded density values for public EV charging access. Small gaps between lower-ranked countries should be read as broad comparison bands because national inventories differ in reporting cutoffs, access definitions and connector-versus-point accounting.
| Rank | Country | Chargers per 100k | Region |
|---|---|---|---|
| 1 | Netherlands | ≈820 | Europe |
| 2 | Norway | ≈447 | Europe |
| 3 | Denmark | ≈390 | Europe |
| 4 | Belgium | ≈380 | Europe |
| 5 | Luxembourg | ≈360 | Europe |
| 6 | Sweden | ≈360 | Europe |
| 7 | Iceland | ≈180 | Europe |
| 8 | Finland | ≈170 | Europe |
| 9 | Germany | ≈160 | Europe |
| 10 | France | ≈150 | Europe |
| 11 | Estonia | ≈150 | Europe |
| 12 | Austria | ≈140 | Europe |
| 13 | Switzerland | ≈130 | Europe |
| 14 | Portugal | ≈120 | Europe |
| 15 | Singapore | ≈110 | Asia |
| 16 | Ireland | ≈95 | Europe |
| 17 | Malta | ≈90 | Europe |
| 18 | United Kingdom | ≈89 | Europe |
| 19 | New Zealand | ≈75 | Oceania |
| 20 | Spain | ≈70 | Europe |
| 21 | Israel | ≈65 | MENA |
| 22 | Italy | ≈60 | Europe |
| 23 | Slovenia | ≈58 | Europe |
| 24 | Czechia | ≈55 | Europe |
| 25 | Australia | ≈55 | Oceania |
| 26 | Cyprus | ≈55 | Europe |
| 27 | South Korea | ≈50 | Asia |
| 28 | Lithuania | ≈48 | Europe |
| 29 | Canada | ≈45 | Americas |
| 30 | Latvia | ≈42 | Europe |
| 31 | China | ≈40 | Asia |
| 32 | Japan | ≈35 | Asia |
| 33 | United Arab Emirates | ≈30 | MENA |
| 34 | Greece | ≈28 | Europe |
| 35 | Croatia | ≈26 | Europe |
| 36 | United States | ≈25 | Americas |
| 37 | Slovakia | ≈24 | Europe |
| 38 | Hungary | ≈22 | Europe |
| 39 | Poland | ≈20 | Europe |
| 40 | Turkey | ≈18 | MENA |
| 41 | Bulgaria | ≈14 | Europe |
| 42 | Romania | ≈12 | Europe |
| 43 | Costa Rica | ≈12 | Americas |
| 44 | Panama | ≈11 | Americas |
| 45 | Chile | ≈10 | Americas |
| 46 | Serbia | ≈9 | Europe |
| 47 | Mexico | ≈8 | Americas |
| 48 | Brazil | ≈7 | Americas |
| 49 | Georgia | ≈7 | Asia |
| 50 | Ukraine | ≈6 | Europe |
| 51 | Malaysia | ≈6 | Asia |
| 52 | Uruguay | ≈6 | Americas |
| 53 | Colombia | ≈5 | Americas |
| 54 | Thailand | ≈5 | Asia |
| 55 | Argentina | ≈4 | Americas |
| 56 | South Africa | ≈4 | Africa |
| 57 | Vietnam | ≈4 | Asia |
| 58 | Peru | ≈3 | Americas |
| 59 | Morocco | ≈3 | Africa |
| 60 | Bahrain | ≈3 | MENA |
| 61 | Ecuador | ≈2 | Americas |
| 62 | Dominican Republic | ≈2 | Americas |
| 63 | Armenia | ≈2 | Asia |
| 64 | Qatar | ≈2 | MENA |
| 65 | Kuwait | ≈1.8 | MENA |
| 66 | Philippines | ≈1.5 | Asia |
| 67 | Saudi Arabia | ≈1.5 | MENA |
| 68 | India | ≈1.2 | Asia |
| 69 | Azerbaijan | ≈1.2 | Asia |
| 70 | Oman | ≈1.2 | MENA |
| 71 | Indonesia | ≈1.1 | Asia |
| 72 | Jordan | ≈1.1 | MENA |
| 73 | Egypt | ≈1.0 | Africa |
| 74 | Kenya | ≈1.0 | Africa |
| 75 | Kazakhstan | ≈1.0 | Asia |
| 76 | Lebanon | ≈1.0 | MENA |
| 77 | Paraguay | ≈1.0 | Americas |
| 78 | Sri Lanka | ≈0.8 | Asia |
| 79 | Tunisia | ≈0.8 | Africa |
| 80 | Guatemala | ≈0.7 | Americas |
| 81 | Nigeria | ≈0.6 | Africa |
| 82 | Ghana | ≈0.5 | Africa |
| 83 | Bolivia | ≈0.5 | Americas |
| 84 | Pakistan | ≈0.4 | Asia |
| 85 | Uzbekistan | ≈0.4 | Asia |
| 86 | El Salvador | ≈0.4 | Americas |
| 87 | Bangladesh | ≈0.3 | Asia |
| 88 | Algeria | ≈0.3 | Africa |
| 89 | Jamaica | ≈0.3 | Americas |
| 90 | Iran | ≈0.2 | MENA |
| 91 | Senegal | ≈0.2 | Africa |
| 92 | Honduras | ≈0.2 | Americas |
| 93 | Trinidad and Tobago | ≈0.2 | Americas |
| 94 | Iraq | ≈0.1 | MENA |
| 95 | Ethiopia | ≈0.1 | Africa |
| 96 | Tanzania | ≈0.1 | Africa |
| 97 | Uganda | ≈0.1 | Africa |
| 98 | Cameroon | ≈0.1 | Africa |
| 99 | Angola | ≈0.1 | Africa |
| 100 | Zimbabwe | ≈0.1 | Africa |
Data note: values are rounded country-density estimates for a 2025 snapshot. The ranking should be used as a comparative density snapshot, not as an official registry-by-registry count. Values should be read by broad density group, especially below the top tier, because public-charging definitions and reporting coverage differ across countries.
Charts: charging density and adoption pressure
Chart 1. Top 20 countries by public charging density
The bar chart shows how steep the upper distribution is: the leading country has several times the density of many other advanced EV markets.
Chart 2. Charging density vs EV sales share
The scatter comparison links public charging density with EV share in new car sales. Countries in the upper-right area combine strong public access with mature adoption, while lower-density markets may depend more heavily on home charging or early-stage infrastructure rollout.
Methodology
Indicator. The ranking measures public EV charging points per 100,000 people. It is a density metric, so it adjusts the public charging network by population rather than measuring total network size.
Snapshot and rounding. Values are shown as rounded 2025 density estimates. They combine international EV charging deployment context with country-level population normalization. Because public charging inventories vary by definition and reporting cut-off, the table should be read as a comparable 2025 snapshot rather than a formal official statistical release.
Definitions and comparability. Cross-country comparisons can differ depending on whether a dataset counts connectors, charging points or devices; whether semi-public sites are included; and whether temporary outages are removed. Dense urban countries and small countries often rank higher per capita than large countries with bigger absolute networks.
What the ranking is not. The ranking is not a measure of charger reliability, charging speed, payment interoperability, grid readiness or the number of chargers per EV. Those indicators should be checked separately when evaluating real-world driver experience.
Insights: how to read the charging density hierarchy
The upper tier is a compact-country story. The Netherlands, Norway, Denmark, Belgium and Luxembourg rank high because infrastructure can be deployed across dense road networks and urban systems with relatively short distances between demand points.
The middle of the table includes large advanced economies where absolute charging networks are important but population-adjusted density is diluted by scale. Germany, France, the United Kingdom, Canada, China and the United States all matter heavily to EV deployment, but the per-capita lens asks a different question than total chargers.
The lower tier contains many emerging EV markets where public charging is still early-stage. In those markets, a small number of new sites can change the density ratio quickly, especially when the starting base is low.
What this means for readers
For drivers, the ranking helps explain why EV ownership can feel easier in some countries than in others even when vehicle prices or incentives look similar. Public access matters most for apartment residents, renters, ride-hailing drivers, visitors and people who cannot rely on private home charging.
For policymakers, the ranking shows where charging density is already becoming a basic public service and where access still depends on early networks. Uptime reporting, corridor fast charging, apartment-district access and grid interconnection timelines can matter as much as headline station counts.
For business readers, density helps identify markets where public charging may support fleet electrification, retail-location demand, tourism routes and new energy-service models.
FAQ
What does chargers per 100,000 people measure?
It measures the density of public EV charging access relative to population. A higher value means public charging is more common per resident, but it does not automatically mean every region or route is well covered.
Why can a country with many chargers rank lower?
Large countries can have very large absolute networks but lower per-capita density. Population size, land area and urban concentration all affect how the ratio should be interpreted.
Does this ranking measure charger reliability?
No. Uptime, payment success, maintenance quality and charging speed are separate dimensions. A country can have high density but still have poor driver experience if reliability is weak.
Why do definitions differ across countries?
Some datasets count connectors, others count charging points or devices. Some include semi-public chargers at workplaces or parking facilities, while others use stricter public-access definitions.
Is per-capita density better than chargers per EV?
They answer different questions. Per-capita density measures public visibility and access for residents. Chargers per EV measures pressure on the charging network relative to the EV fleet.
Why are many European countries near the top?
Several European countries combine compact geography, strong policy frameworks, mature EV markets and coordinated infrastructure funding, which raises public charging density per resident.
Sources
The sources below provide charging-infrastructure context, public charging definitions, regional comparability references and EV adoption background used to interpret the ranking.
- International Energy Agency — Global EV Outlook 2025, electric vehicle chargingGlobal context on charging deployment, public charging growth and charging-market concentration.
https://www.iea.org/reports/global-ev-outlook-2025/electric-vehicle-charging - European Alternative Fuels ObservatoryEuropean infrastructure indicators and cross-country charging deployment references.
https://alternative-fuels-observatory.ec.europa.eu/ - UK Department for Transport — electric vehicle charging statisticsOfficial example of public-device definitions, per-population reporting and statistical methodology.
https://www.gov.uk/government/collections/electric-vehicle-charging-statistics - Open Charge MapOpen infrastructure directory used for coverage context and cross-checking public charging locations where official registries differ.
https://openchargemap.org/ - World Bank Open Data — populationPopulation data used to calculate chargers per 100,000 people.
https://data.worldbank.org/indicator/SP.POP.TOTL
