“Australia lacks practical public car charging and every fast charge takes hours”

The national network is larger, but the count needs a label

The Electric Vehicle Council's 30 September 2026 release reports 4,268 public charging locations and 11,602 public connectors at June 2026, increases of 235% and 175% respectively from June 2025. This is the freshest national public-footprint headline available by 5 October 2026. A location is a place to charge; connectors are the plugs that can connect vehicles. Neither number tells a driver how many stalls are free at this minute. ^[1]

For a narrower, comparable time series, the federal strategy update counts public DC fast and ultra-fast sites: 812 at December 2023, 1,172 at December 2024 and 1,324 at June 2025, with 4,138 plugs at the latest date. The Government separately notes that public AC destination and kerbside charging was expanding but that it was still developing its ability to report those chargers consistently. The EVC's 2026 footprint and this earlier DC-only series therefore describe different scopes; their raw location totals should not be joined as a like-for-like growth line. ^[2]

Access depends on plug, location and operator

A useful starting point is the car's inlet: most new EVs sold in Australia use CCS2 for DC fast charging, while Type 2 is the usual connector for slower AC charging. CHAdeMO remains on a limited selection of cars. The Australian Government says public availability varies by plug and location, so check connector compatibility before setting off. ^[3]

The Government's trip-planning guide links to common apps and state maps and says drivers can check location, plug type, speed, price and live availability. Charge@Large, run by the Electric Vehicle Council, shows status feeds from participating networks; it is designed to reduce the need to check each operator separately, but participation is not the same as a verified live feed from every Australian charger. Some providers require an app to start a charge. Carrying a compatible RFID card or keeping the provider app available can help where phone coverage is weak. ^[4][5]

Apartment access has a separate, site-by-site path. The Australian Government reports that a Melbourne complex installed 241 dedicated carport charge points and says an ARENA-backed program will fund deployment of 2,000 plugs across at least 16 apartment buildings. These are resident charging installations, not public road-trip stalls; the project shows a workable local solution but does not measure national access for renters or apartment residents. ^[6]

A charger being mapped does not mean it is at a roadside rest stop or open around the clock. Public equipment can sit at service stations, shopping centres, hotels, public car parks or kerbsides, each with its own parking rules and access hours. Route planning should use live network information and a backup stop, particularly away from the coastal and metropolitan corridors.

A road-trip stop is usually shorter than a full recharge

Australian Government buyer guidance says most new battery EVs are designed to charge from about 20% to 80% in 20–30 minutes on a fast DC charger with enough capacity. It also explains that charge time depends on both the charger and vehicle: the figure on the charger describes its maximum supply rate, not a promise that every car will draw that power. ^[3]

That 20–80% window is the practical comparison. It is not a claim that all cars take half an hour from empty to full, nor that a car reaches the maximum charger rating for the whole session. Battery condition and state of charge affect the rate, and charging toward a full battery can take longer. This is why a 350 kW site does not make every compatible vehicle charge at 350 kW. The Government recommends planning stops around the particular car, route conditions and alternative chargers. ^[3][4]

For many owners, home or workplace charging covers ordinary daily driving; the national strategy estimated around 80% of reported Australian EV charging occurs at home. Public DC charging is most useful for travel or households whose parking arrangements make private charging difficult. Public network growth makes those uses more practical, while maps, live status and connector checks remain part of the trip plan. ^[2]