As EV adoption continues to surge in Australia, new data confirms that charging infrastructure is keeping pace — and that’s good news for Fleet Managers.
Carloop’s exclusive quarterly report into Australia’s fast-charging network reveals that the number of public fast-charging sites reached 1,310 by the end of June 2025 — a jump of 103 sites or 8.5% in just three months. This milestone reflects not only surging demand but the impact of targeted government incentives across the country.
With the EV fleet population now exceeding 300,000 vehicles, charging infrastructure has become a critical enabler for both corporate and government fleets aiming to meet net zero targets. According to Carloop, “EV uptake has grown by over 80% since the start of 2024,” citing figures from the Federal Chamber of Automotive Industries (FCAI), Electric Vehicle Council (EVC), and its own analysis.
The data-driven insights from Carloop are part of its broader mission to “Empower Australia’s EV Revolution,” providing trusted analytics for decision-makers across the EV ecosystem — from OEMs and charging networks to fleet operators and policymakers.

Key Q2 Highlights from Carloop’s Charging Infrastructure Report
- 1,310 public fast-charging sites are now operational across all states and territories
- Up from 1,207 sites in March 2025 — an 8.5% quarterly increase
- Fastest growth is being driven by government co-funding schemes, like the NSW Electric Vehicle Fast Charging Grants
- The top operators and their site counts as of July 2025:
- Chargefox: 423 sites
- Evie Networks: 325 sites
- Tesla: 126 sites
- NRMA: 110 sites
- JOLT: 98 sites
- Ampol: 72 sites
- BP Pulse: 70 sites
This growth benefits more than just early adopters — it creates new possibilities for fleets.
“For fleets, this means that pool vehicles will have more places to charge if they need a top-up outside of the depot charging stations,” the report notes. This includes grey fleet and sales vehicles that spend considerable time on the road, as well as service vehicles operating in regional areas.
What This Means for Fleet Managers
For Fleet Managers planning their electric vehicle rollout, the expansion of public fast-charging locations reduces a key barrier: range confidence.
Where previously depot charging was essential, the growing number of third-party charging sites allows for more flexible vehicle use and route planning — particularly important for organisations managing mixed-use vehicles across metro and regional operations.
And while not all EVs will need public charging regularly, it’s essential to understand how the landscape is shifting to better support occasional access, emergency top-ups, or route-based charging.
As new OEM models arrive and the number of electric utes, vans, and SUVs increases, Fleet Managers can make more confident deployment decisions knowing the charging infrastructure is maturing.
Backed by Data, Built for Decision Makers
Carloop’s data services are already used by governments, EV charging operators, and automotive brands to model infrastructure rollout, identify EV charging blackspots, and forecast demand. With Carloop’s quarterly charging infrastructure report, fleets can now gain that same strategic insight to support:
- EV transition planning
- Depot vs public charging mix
- Route suitability analysis
- EV driver policy updates
- Engagement with leasing and salary packaging providers
“Empower Australia’s EV Revolution” isn’t just a slogan — it’s a call to action backed by real-time data and trend analysis that Fleet Managers can trust.
Stay Informed — Subscribe for Fleet EV Insights
This article is one of many exclusive insights helping professionals across the EV ecosystem make informed decisions. Don’t fall behind — subscribe to the Fleet EV News newsletter to stay up to date on:
- Charging network developments
- EV sales trends and forecasts
- Infrastructure incentives and grants
- Fleet transition case studies
Australia’s EV future is already accelerating. Make sure your fleet is ready to move with it.
- Hyundai Advances Australia’s V2G Future
Hyundai Motor Company Australia says it has completed Australia’s first Vehicle-to-Grid (V2G) discharge using the ISO 15118-20 communication protocol. The demonstration paired a Hyundai IONIQ 9 with a StarCharge Halo 7.4kW bidirectional DC charger, with Hyundai positioning the achievement as an important step towards standards-compliant V2G deployment in Australia. ISO 15118-20 is the newer international - Charging reliability is becoming a critical fleet infrastructure issue
As electric vehicles become part of daily fleet operations, charging reliability is becoming just as important as charger speed. Speaking with Fleet EV News at the Autel EV Innovation Seminar 2026, Peter Burke, EV Infrastructure Delivery at the NRMA, said the organisation relies on multiple charging infrastructure partners and places strong emphasis on technology support, - AEMO Puts EVs at the Heart of Australia’s Energy Future
Electric vehicles are no longer being treated simply as transport technology, with AEMO’s latest long-term energy roadmap placing EVs and charging infrastructure within Australia’s future electricity system. The Australian Energy Market Operator’s 2026 Integrated System Plan forecasts that around 80 per cent of vehicles on Australian roads could be electric by 2050, driving a major - Planning Fleet Charging Starts With Understanding the Fleet
For many organisations, the first question about fleet electrification is: what chargers do we need? The better question is: how much energy will the fleet need, when will it need it, and how long will the vehicles be parked? Charging infrastructure should not be planned in isolation from the fleet. The right mix of AC - EV Charging Is No Longer About Hardware — It’s About Designing Around Fleet Operations
As more organisations transition to electric vehicles, the conversation around charging infrastructure is shifting from hardware specifications to operational strategy. According to Henry He, CEO APAC at Autel, the most successful charging projects are not built around the fastest charger or the biggest power output. Instead, they are designed around the unique operating patterns of










