CCS vs Type 2: Which Plug Do You Need at a Public Charger?
CCS vs Type 2 is the comparison most new EV drivers hit when a public listing shows two different plugs. They are not interchangeable jobs: Type 2 is the common AC connector in Australia, while CCS is the usual DC fast-charging combo inlet on many non-Tesla cars. Know which one you need before you divert to a station.
Type 2 (AC destination charging)
AC Type 2 handles destination charging at workplaces, hotels, shopping centres and street parking. Public posts usually offer about 7 kW to 22 kW. Sessions are slower. That is fine when the car sits for an hour or more while you work, shop or eat.
Onboard converters turn AC into DC for the battery. The power limit depends on that onboard charger, not just the post rating. A 7 kW charger might take several hours to add meaningful range. A 22 kW onboard unit can be faster if the post supports it, but many public AC sites top out at 7 to 11 kW in practice.
CCS (DC fast charging)
Combined Charging System (CCS) adds DC pins to the Type 2 shape for fast charging. When a listing shows CCS and a higher kW figure, it is aimed at road-trip or quick top-up stops. DC bypasses your onboard charger and feeds the battery directly, which is why sessions are faster than AC.
Support for CCS (or a network-approved adapter path) is required before you plan a fast stop. Most modern non-Tesla EVs in Australia come with CCS capability, but always check your port cover or manual before you divert.
| Connector | Current | Typical power | Use case |
|---|---|---|---|
| Type 2 | AC | 7 kW to 22 kW | Destination (hour or more) |
| CCS | DC | 50 kW to 350 kW | Fast top-up (20-40 min) |
Other plugs you may see in Australia
CHAdeMO is an older DC standard that appeared on early EVs like the Nissan Leaf. Fewer new cars use it, but some public hubs still carry CHAdeMO cables for backwards compatibility. Tesla sites use Tesla-branded connectors, and access rules vary by location. Some Tesla stations now allow non-Tesla vehicles with the right adapter and account setup, but confirm on the listing and with Tesla before you drive there.
How our listings show connector types
Where Google Maps captured charge hardware, we surface connector names and peak kW on the listing. If connectors are missing from the business data, treat the page as location and hours only, and verify the hardware on arrival or in the network app. Network apps are often more up to date than public map records, especially after recent upgrades.
Compare stations from the locations hub or start with EV charger near me to shortlist options by suburb.
When to use each type
Choose Type 2 AC when you have time to let the car charge slowly during a longer stop. This works for overnight parking, workplace charging, or any errand where you plan to spend an hour or more. The slower rate is gentler on the battery and often cheaper than fast DC sessions.
Prefer CCS DC when you need range quickly on a road trip or when you only have 20 to 40 minutes to spare. Fast charging is more expensive per kWh in most networks, but the time saving justifies the cost when you are travelling long distances or running low on charge.
Cable and port logistics
Some Type 2 posts require you to bring your own cable, especially at apartment buildings or workplace car parks. Public shopping-centre posts usually have tethered cables you can plug straight in. Always check the listing notes or network app before you assume a cable will be there.
Fast CCS bays at public sites always have tethered cables because of the higher power and safety requirements. You never need to carry your own DC cable for public stops.
Can one car use both?
Most modern EVs in Australia have a combo port that accepts Type 2 AC and CCS DC through the same inlet. The port shape accommodates both standards. Older cars or imports might only support one type, so check your manual or port label before you rely on either option.
Tesla vehicles use a different port shape, but Tesla sells adapters and some third-party options exist. If you drive a Tesla and need to use a non-Tesla CCS bay, confirm adapter compatibility and network access rules before you plan the stop.
For national policy context on electric vehicles and charging infrastructure, see the Australian Government Energy portfolio EV overview.
Related guides
- Chargefox vs Evie network comparison
- How to use a public EV charger step by step
- Public EV charging in Australia overview
- Find an EV charger near me
Frequently Asked Questions
Can I plug CCS into a Type 2 only post?
No. You need a matching AC Type 2 cable or session for Type 2 posts, and a CCS-capable DC bay for CCS fast charging. The plugs are not interchangeable even though they share the same basic shape in combo ports.
Why does a site list both CCS and Type 2?
Many hubs mix AC destination plugs and DC fast bays. Read the connector list and power figures for the specific bay you intend to use. Some cabinets have multiple cables on the same post, while others separate AC and DC into different parking spaces.
Which connector is faster?
In practice, CCS DC is always faster than Type 2 AC for the same car, because DC bypasses the onboard charger and feeds the battery directly. A 50 kW CCS session can add meaningful range in 20 to 30 minutes, while a 7 kW Type 2 stop might take two hours for the same result.
Do all new EVs support both plugs?
Most modern EVs sold in Australia come with combo ports that accept Type 2 AC and CCS DC. Check your vehicle manual or port label to confirm what your car supports, especially if you bought an import or an older model.
Can I damage my car by using the wrong plug?
No. The plugs will not fit if they are incompatible. Type 2 AC cables only work with AC inlets, and CCS DC cables only work with CCS-capable ports. You cannot force a mismatch without breaking the physical connector shape.
Need a local listing?
Browse verified businesses in our directory or read more guides on the blog.
Find EV chargers All guides