EV Charging Explained: Plugs, Levels and Amps Decoded for Australian Drivers
Quick Facts: EV Charging in Australia
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You've just bought an EV, or you're seriously thinking about it, and suddenly everyone's throwing around words like Type 2, CCS2, Level 3, kWh, and DC fast charging like you should already know what they mean.
You don't. Nobody told you.
And with petrol sitting above $2.40 a litre, you'd really like to get this right.
Here's the plain-English version: what every plug, level, and number actually means, which ones you'll use every day, and which ones you'll probably never need to think about again once you've got them straight. It's EV Charging Explained!
Why this is confusing and how to unsort it
The confusion comes from one thing: the EV industry developed multiple competing standards at the same time in different parts of the world, and some of those standards arrived in Australia before others died off.
The good news is that Australia mostly sorted this out years ago. The country runs on two main plugs and three charging levels, and if you've bought any new EV after 2019, you're on the right standard already.
The plug types, what they look like and when you see them
Type 2 (also called Mennekes) is the plug you'll use most often. It's a rounded, seven pin connector that goes into the AC charging port on your car. Your home wall charger uses it. The cable that comes with your home wallbox uses it. Most public AC chargers, the slower ones in car parks, shopping centres and workplaces, use it. If you're in Australia and you own a new EV, your car has a Type 2 port, full stop.
CCS2 (Combined Charging System Combo 2) is the same Type 2 shape at the top, with two large DC pins added at the bottom. It's the plug you'll see hanging from DC fast chargers at highway stops, service centres, and dedicated charging hubs.
When you pull up to a Chargefox or Evie ultra-rapid charger, you're picking up a CCS2 cable. Your car has a CCS2-compatible port, it accepts both the Type 2 part for AC charging, and the full CCS2 connector for DC fast charging.
CHAdeMO is a bulky, round DC fast-charging connector developed in Japan.
It's becoming rare on Australian roads and you'll mostly see it on older Nissan Leafs and Mitsubishi Outlander PHEVs.
Some public DC chargers still have a CHAdeMO socket alongside a CCS2 one. If your new EV is from 2020 onward and isn't a Nissan or Mitsubishi, you will never use CHAdeMO.
Type 1 (J1772) is the older AC plug used on some early EVs imported before Australian standards settled. If your EV is pre-2019 or an older grey import, you might have a Type 1 port. You can still use public Type 2 chargers with an adaptor.
The three charging levels, what the numbers actually mean
Level 1, the standard power point. This is the "granny cable" that came in your boot. Plugs into any standard 10 amp household GPO (general purpose outlet, what Australians call a power point). Delivers 2.4kW of charge (10 amps at 240 volts), which works out to roughly 12km of range per hour.
Perfectly adequate for overnight charging if your daily driving is under 120km.
The only thing you need to do: make sure the power point is on a dedicated circuit, not shared with a washing machine or air conditioner, and have an electrician confirm the circuit is sound if you're going to use it regularly.
Level 2, a dedicated wall charger. This is where most EV owners land after their first month. A licensed electrician installs a dedicated circuit from your switchboard to a wall-mounted charger in your garage or carport, typically delivering 7kW on a single-phase 32 amp circuit. At 7kW you get roughly 40km of range per hour.
A full charge on a 60kWh battery from near-empty takes around eight to nine hours, plug in after dinner, full by morning.
Installation typically costs $800 to $1,500 depending on your switchboard and cable run, and the charger unit itself adds another $600 to $1,200. This is the setup that makes EV ownership feel effortless.
Level 3, DC fast charging. The big gun at highway service stops and dedicated charging hubs.
Bypasses your car's onboard AC charger entirely and pushes DC power directly into the battery.
Ranges from 50kW (adds roughly 200km in 30 to 40 minutes) to 350kW ultra-rapid (a 20 to 80% charge in around 20 minutes on compatible vehicles, though most EVs can't accept the full 350kW). You won't use this daily, it's for road trips, long days, and the occasional "left it too low" emergency.
Amps and kWh, the two numbers that matter
Amps (A) is the rate at which electricity flows.
More amps, faster charging.
A 10 amp power point gives you 2.4kW. A 15 amp dedicated outlet gives you 3.6kW. A 32 amp circuit powers a full 7kW wall charger.
For home use, this is the number that tells you what you need the electrician to install.
kWh (kilowatt-hours) is your battery's fuel tank.
A 60kWh battery is like a 60 litre tank, bigger number means more range before you need to top up.
It's also the number that tells you what a full charge costs: multiply your battery capacity by your electricity rate. At 28 cents per kWh, a full charge on a 60kWh battery costs roughly $16.80. At the same distance in a petrol car burning 10 litres per 100km at $2.40 a litre, an equivalent 400km trip would cost around $96. The maths isn't subtle.
Charging Types at a Glance
Level | Power | Speed | Plug Type | Where You'll Use It |
Level 1 | 2.4kW (10A) | ~12km/hr | Granny cable to GPO | Home backup, emergencies |
Level 2 | 7kW (32A) | ~40km/hr | Type 2 wall charger | Home, every night |
Level 2 | 22kW (3-phase) | ~120km/hr | Type 2 wall charger | Some workplaces, public AC |
Level 3 | 50-350kW | 200km in 20-40 min | CCS2 (DC fast) | Highway stops, road trips |
Plug Type | Used For | Still Relevant? |
Type 2 (Mennekes) | AC home and public charging | Yes, universal standard |
CCS2 | DC fast charging | Yes, dominant standard |
CHAdeMO | DC fast charging (older EVs) | Legacy only |
Type 1 (J1772) | AC charging on older imports | Rare, needs adaptor |
Do This, Don't Do That
Do this if you own a new EV in Australia: learn exactly two plug types.
Type 2 for home and slow public charging,
CCS2 for highway fast charging.
Get a 7kW wall charger installed at home, charge overnight, and use DC fast charging when you're on the road.
Don't do this: spend time learning about NACS or CHAdeMO unless you own a Tesla in North America (NACS) or an older Nissan Leaf or Mitsubishi Outlander PHEV (CHAdeMO).
For every other new EV sold in Australia, these are irrelevant.
Everything else, kWh, amps, Levels 1 through 3, is just the language for talking about those two plugs with more precision.
Once you've done it a few times, it becomes as unremarkable as filling up was.
Cheaper, though. A lot cheaper.
EV charging explained : FAQs
What plug does my EV use in Australia? Almost certainly Type 2 for AC home and public charging, and CCS2 for DC fast charging, this covers all new EVs sold in Australia since 2019. Check your car's charge port: if it has a rounded seven pin socket, that's Type 2. If there are two additional large pins below it, that's the CCS2 DC port.
Can I charge my EV from a normal power point? Yes, using the granny cable that came with your car. It plugs into a standard 10 amp household GPO and delivers about 12km of range per hour. It works, it's just slow. Most owners use it only as a backup once they've had a wall charger installed.
What is the difference between kW and kWh? kW (kilowatts) is the rate of charging, how fast power flows in. kWh (kilowatt-hours) is how much energy is stored in your battery, the "fuel tank" size. A 7kW charger fills a 60kWh battery in roughly nine hours.
Is Tesla's charger different in Australia? No, in Australia, Tesla sells all its vehicles with standard Type 2 AC ports and CCS2 DC ports, the same as other brands. Tesla's NACS plug (used in North America) is not used here. Australian Tesla owners can use any Type 2 home charger and any CCS2 public fast charger.
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