The 6 Electric Car Charging Plugs You Need To Know

Electric vehicles (EVs) are making big waves in Australia – and for very good reason. They’re quiet, efficient, and extraordinarily environmentally friendly, especially when compared to traditional petrol-powered cars. As the world shifts towards sustainable energy and a better future, EVs stand out as a smarter, greener choice for daily commutes, weekend trips, and everything in between. But to enjoy your EV fully, you need to get that electric power into the car in a reliable, efficient, and affordable way, right? In other words, it needs to be charged – and often! Welcome to the wide new world of all those different EV charging plugs Australia wide.

Whether you’re charging at home, at work, or at public charging stations, your EV has a specific plug type it needs to use. New to EV ownership? The world of plug types and charging standards can feel confusing. With so many EV types, charging options, and connectors out there, it’s easy to feel overwhelmed. So our local electricians near you are here to clear up the mystery of all those EV charging connector types, by breaking down the charging plug types you’re likely to find across Brisbane, the Sunshine Coast and beyond:

All the different EV plug types Australia – Explained

To make things as simple and clear as possible, let’s dive into the EV charging plug types available here in Australia. We’ll explain each type, their uses, and where you might come across them.

1. Type 1 (SAE J1772)

Known as the J-plug, the Type 1 connector is common in older EV models and was primarily used by cars from American and Japanese manufacturers.

Power Levels: Type 1 connectors typically provide AC charging up to 7.4 kW, suitable for home charging.

Usage: You might still see Type 1 connectors at some public stations, but newer EV models are gradually shifting towards Type 2. It’s a single-phase plug, so it’s not compatible with the three-phase power some EVs now support.

2. Type 2 (Mennekes)

The Type 2 connector is the most common plug type for modern EVs in Australia. It’s the standard plug for many European and Australian EV models, featuring a seven-pin design that allows it to handle higher power levels.

Power Levels: Type 2 connectors can handle up to 22 kW on AC charging for faster charging times at home or in commercial spaces.

Usage: Type 2 is the preferred standard in Australia, making it compatible with most EV charging stations and home chargers. If you’re planning a home EV charger installation, this is the most versatile choice.

3. Combined Charging System (CCS) – Type 2

The CCS Combo 2 connector expands the Type 2 plug with two additional pins for DC fast charging. It’s rapidly becoming the go-to standard for quick charging and is often found at high-speed public chargers.

Power Levels: CCS can handle up to 350 kW at ultra-rapid charging stations.

Usage: For drivers who need fast charging on the go, CCS is the best option. Many public charging stations are fitted with CCS, as it accommodates both AC and DC charging, covering all your EV plug types in one plug.

4. CHAdeMO

Originally from Japan, CHAdeMO was the first DC fast-charging standard available globally and is still supported by several older EV models, especially Japanese brands.

Power Levels: CHAdeMO can deliver up to 62.5 kW with DC charging, but some newer stations can provide even faster speeds.

Usage: Although still common, CHAdeMO is gradually being phased out in favour of CCS. If you own an EV with CHAdeMO compatibility, you’ll find this type mainly at public stations designed for older EVs.

5. Tesla Supercharger

Tesla Superchargers are proprietary chargers designed exclusively for Tesla vehicles. However, Tesla has recently been adapting some of its chargers to be compatible with CCS connectors, opening access to non-Tesla EVs.

Power Levels: Tesla Superchargers can deliver ultra-fast charging speeds of up to 250 kW.

Usage: Tesla owners benefit from the widespread network of Tesla Supercharger stations in Australia. For those who frequently travel long distances, Tesla’s Superchargers provide reliable and ultra-fast charging solutions.

6. Three-Pin Plug (Standard Household Socket)

Yes, you can technically plug your EV into a standard three-pin power socket at home.

Power Levels: Charging through a standard socket is slow, typically providing 2.3 kW, meaning it could take over 24 hours to charge a fully depleted battery.

Usage: This is usually a last-resort charging option. It’s better to rely on a dedicated home EV charger for both convenience and safety.

Why install an EV charger at home?

Charging your EV at home offers a level of convenience that simply can’t be beaten. Having a home EV charger means you wake up every morning to a fully charged car, ready to hit the road without needing a lengthy and frustrating detour to a public charging station. Plus, home chargers are faster and safer than using standard wall sockets, and they often come with smart features for tracking your energy use or scheduling charges during off-peak hours.

Looking for the convenience and affordability of at-home charging? Investing in a high-quality EV charger with the right types of EV charging plugs for your vehicle will make all the difference. With a home electric car charger, you can save time, reduce your reliance on busy and expensive public stations, and have the peace of mind that your EV is always charged.

Ready to get set up with EV charging?

Feel ready to make the move up to an EV charger installation – or just need some EV charger repairs? We’re here to help! Give Static Electrics a call to discuss the correct and best charger plug types for your needs and to make sure you have the right electric car plug types for your vehicle. Whether it’s setting up a home charger from scratch or getting a quick and affordable fix, we’re just a call away – to help you stay powered-up and on the road!