A widespread Telstra network outage earlier this week left electric vehicle (EV) owners across Australia unable to charge their vehicles at some public stations, prompting urgent calls from the Australian Electric Vehicle Association (AEVA) for mandatory national charging standards. The incident, which occurred on Wednesday, July 9, 2026, highlighted critical vulnerabilities in Australia’s rapidly expanding EV charging infrastructure and underscored the need for resilient backup systems.
The disruption, primarily affecting Chargefox, Australia’s largest public EV charging network, meant that many drivers were stranded as access to smartphone apps and EFTPOS payments at charging points was compromised. This event comes at a pivotal time for the Australian EV market, with June 2026 recording an unprecedented surge in sales, where electric vehicles accounted for 23.3 per cent of all new vehicle sales. The Tesla Model Y, for instance, was the best-selling vehicle across all fuel types for the second consecutive month.
The Fallout: Stranded Drivers and Critical Infrastructure Concerns
The Telstra network disruption extended beyond EV charging, impacting essential services including mobile data, phone calls, EFTPOS transactions, and public transport systems in Victoria and New South Wales. For EV drivers relying on public charging, the outage translated directly into an inability to initiate or pay for charging sessions. AEVA Vice President Jo Oddie emphasised the severity of the situation, stating,
“Simply put, a network outage shouldn’t disrupt the lives of EV owners the way it did this week. These chargers were often in key regional places where there aren’t alternative options, leaving EV owners high and dry in critical situations.”
The incident exposed a significant oversight in the deployment of public charging infrastructure: the lack of robust, independent fallback mechanisms in the event of network failures. As the national fleet of EVs continues its rapid growth, the reliability of supporting infrastructure becomes paramount, not just for convenience, but for public confidence and safety.
AEVA Demands: Redundant Systems and Free Charging Protocol
In response to the outage, the AEVA has issued clear demands for higher regulatory standards for public charging infrastructure. Their key recommendations include:
- Clear Fallback Pathways: All public EV chargers must incorporate alternative methods to initiate and complete charging sessions, even without network connectivity. This could involve local payment processing or physical activation methods.
- Multiple Carriers: For government-funded charging stations, consideration should be given to utilising multiple telecommunications carriers to reduce single points of failure.
- Default Free Charging: In the event of a total loss of connectivity, chargers should automatically default to providing a free charge to prevent drivers from being stranded.
These proposals aim to ensure that public charging remains accessible and reliable, regardless of external network disruptions. The AEVA argues that given the substantial public investment in expanding Australia’s EV charging network, such resilience measures should be non-negotiable.
The Broader Context: Australia’s Expanding, Yet Vulnerable, EV Network
Australia’s EV charging landscape has seen significant expansion in recent years. As of early 2026, there were over 5,000 public EV charging sites, including more than 1,270 fast-charging locations with over 3,400 plugs. This growth has been crucial in addressing range anxiety and supporting long-distance travel, particularly along major corridors like the Pacific Highway in NSW and the Bruce Highway in Queensland.
However, the Telstra outage serves as a stark reminder that quantity alone does not guarantee resilience. The increasing reliance on digital platforms and centralised network operations for charging services introduces new vulnerabilities that must be proactively addressed. While most EV owners primarily charge at home, public infrastructure is vital for interstate travel, regional areas, and those without home charging access. For more information on public charging options, refer to our guide on the Best Public EV Charging Networks in Australia 2026: Costs, Reliability & How to Plan Your Trips.
Comparing Charging Reliability
While the recent incident highlighted a network-wide vulnerability, the reliability of individual charging stations and networks can vary. Key factors include the age of the hardware, local grid stability, and the robustness of their communication systems. Home charging remains the most reliable option for daily use, with a wide range of Best EV Home Chargers in Australia 2026: A Buyer’s Guide to Costs and Installation available.
| Charging Network | Connectivity Reliance | Payment Methods (Typical) | Fallback Options (Current) |
|---|---|---|---|
| Chargefox | High (app/cloud) | App, RFID, Credit Card | Limited (network dependent) |
| Evie Networks | High (app/cloud) | App, RFID, Credit Card | Limited (network dependent) |
| NRMA EV Charging | High (app/cloud) | App, RFID, Credit Card | Limited (network dependent) |
| Tesla Supercharger | High (vehicle integrated) | Automatic (account linked) | Limited (network dependent) |
Note: Information on specific network fallback options can vary and is subject to change. The Telstra outage primarily affected networks reliant on specific mobile data connectivity for payment and activation.
Looking Ahead: Building a Robust EV Future
The AEVA’s call for mandatory standards is a crucial step towards future-proofing Australia’s EV charging infrastructure. As the nation targets ambitious emissions reduction goals and EV adoption continues its upward trajectory, ensuring that charging facilities are not only ubiquitous but also resilient against unforeseen outages will be critical for maintaining consumer confidence and accelerating the transition away from fossil fuels. The incident serves as a timely reminder for policymakers and infrastructure providers to prioritise redundancy and accessibility in all future deployments, ensuring that Australia’s EV revolution is built on a foundation of unwavering reliability.