EV chargers come in two tribes: AC and DC, and they don’t so much compete as tag-team your battery.
AC at home or work is usually Type 2 (Mennekes) in Australia, at roughly ~2.4 kW from a standard 10 A socket, up to ~7.4 kW on single‑phase wallboxes, and ~11 kW on three‑phase—think overnight top-ups rather than pit stops.
DC fast charging on the road uses CCS2 here, delivering around 50–350 kW, which translates to a coffee-to-lunch stop for a big chunk of range if your car can take it.
CHAdeMO still exists mainly for older Nissan Leafs, but it’s fading faster than your New Year’s gym plan.
Tesla in Australia now uses Type 2 for AC and CCS2 for DC, so you’re not in a secret club anymore—just mind any access restrictions at specific sites.
Bottom line: AC is the slow, friendly workhorse; DC is the impatient sprinter, and your actual speeds depend on both the charger’s output and your car’s onboard limits.
Batteries and Chargers
Interconnects and Cables
2Batteries and Chargers
2Batteries and Chargers
2Batteries and Chargers
5Mobile Phones Accessories
2Batteries and Chargers
3Batteries and Chargers
3Batteries and Chargers
3Batteries and Chargers
3Batteries and Chargers
Interconnects and Cables
Batteries and Chargers
Interconnects and Cables
Batteries and Chargers
Headphones and Microphones
2Mobile Phones Accessories
3Cameras Accessories
Batteries and Chargers
3Mobile Phones Accessories
Batteries and Chargers
4Cameras
7Batteries and Chargers
5Batteries and Chargers
4Batteries and Chargers
3Batteries and Chargers
Interconnects and Cables
4Batteries and Chargers
7Batteries and Chargers
5Batteries and ChargersListing your ad only takes a few minutes, and most categories are free.
Post an adA weekly hand-picked round-up of the best bargains, free stuff, and trending listings. No spam, unsubscribe anytime.