Back in 2022, there were only a few hundred DC fast-charging sites scattered across Australia. Since then, the network has seen huge growth, with more than 4,100 high-power charging plugs now available nationwide.
And this is only the beginning. As demand continues to accelerate, DC fast charging is expanding well beyond Australia’s highways. From shopping centres and car dealerships to industrial facilities and residential developments, businesses across the country are investing in the convenience and capability of fast charging.
For drivers, DC fast charging delivers greater confidence for long-distance travel and the convenience of spending less time plugged in. For businesses, offering fast charging to customers, staff, and visitors is rapidly shifting from a nice-to-have feature to an expected amenity.
With demand continuing to grow, here are five key things every installer, business owner, and EV enthusiast should know about DC fast charging.
- What is DC fast charging, and how is it different from AC?
DC fast charging delivers electricity directly to an EV’s battery, bypassing the vehicle’s onboard charger and dramatically increasing charging speed. Many modern EVs can add 200–300 km of range in just 15–30 minutes using a DC fast charger. By comparison, AC chargers send power to the onboard charger, where it’s converted to DC before reaching the battery. These chargers are typically installed in homes and workplaces, providing slower overnight-style charging.
2: Why does Australia need more DC fast chargers?
Fast charging is the key to reducing range anxiety and enabling practical EV travel across Australia. While most EV owners charge most of their vehicles at home, a reliable fast-charging network is essential for longer journeys and regional travel. Without it, EV adoption, particularly outside metropolitan areas, would be significantly slower.
3: How quickly can an EV charge at a modern DC charging station?
Charging technology continues to advance, with many new sites now featuring ultra-rapid chargers capable of delivering 150–350 kW. As a result, charging stops are increasingly becoming little more than a coffee break rather than a lengthy wait.
| Charger Type | Power Output | Typical Charging Time* |
| Fast DC | 50 kW | 45–60 mins |
| Rapid DC | 75–150 kW | 25–40 mins |
| Ultra-Rapid DC | 150–350+ kW | 15–30 mins |
*Typical time to charge from approximately 20% to 80%, depending on vehicle model.
4: Installing a fast charger is expensive. Is there any help available?
The Australian Government’s DRIVEN Program supports eligible dealerships, service centres and EV repairers with funding for EV charging infrastructure, including DC fast charging. The incentive helps reduce upfront installation costs, making it easier for businesses to invest in fast charging.
5: Where is DC fast charging heading next?
The focus is now shifting from simply adding more chargers to creating a seamless national charging network, with fast charging available every 150 km along Australia’s major highways. We can also expect to see more ultra-rapid 350 kW charging hubs, delivering even faster charging times for motorists.
At Planit Charge, we’re already seeing strong demand for DC fast charging across a wide range of sectors, including high-density residential buildings, commercial car parks, automotive dealerships, industrial facilities, retail precincts, government sites, workplaces and destination charging locations.
Offering fast EV charging is no longer something businesses are planning for someday way in the future. It’s already being incorporated into real projects, with real investment and very real user demand across Australia.
Ready to add DC fast charging to your offering? Talk to Planit Charge today and discover how easy it can be to deliver fast, reliable charging solutions your customers will value.