Australian Public EV
Charging Pricing Landscape

Four networks publish enough tariff detail to benchmark directly. Chargefox reaches $0.99/kWh on its 350kW ultra-rapid DC chargers — the highest published rate in the Australian public network — while its AC chargers at many locations are free or near-free, a deliberate strategy to drive app downloads and route planning through its network.[myevjourney.com 2026] Evie Networks occupies the mid-band at $0.58–$0.75/kWh across both its AC and DC estate of 325 locations.[myevjourney.com 2026] Exploren, with 493 locations nationally, prices AC destination chargers at $0.40–$0.60/kWh and DC fast chargers at $0.55–$0.75/kWh — the broadest single-network spread in the market.[myevjourney.com 2026]

Tesla Superchargers price differently from all three: the tariff is not fixed but varies by location and time of day, ranging from $0.69 to $0.77/kWh for Tesla owners and sitting at $0.79/kWh for non-Tesla drivers without a subscription.[myevjourney.com 2026] This dynamic pricing approach — common in the US but rare among Australian public networks — signals that Tesla is managing network utilisation as well as revenue. No published tariff data was available for Ampol AmpCharge, BP Pulse, or Jolt at the time of this report.

The $0.40–$0.99/kWh spread across named networks cannot be explained by cost variation alone. A 350kW DC charger has higher hardware and grid connection costs than a 22kW AC unit, and the premium for speed is real — but a 148% spread suggests network operators are testing pricing power and customer tolerance rather than pricing to cost. This is a market in its price-discovery phase, not a mature market with settled tariffs.

Energy billing (cents per kWh) is the dominant model because it is the most transparent and is directly analogous to how drivers understand fuel costs — a per-unit consumption charge tied to what the vehicle actually received.[myevjourney.com 2025] All four networks with published tariffs use kWh as their primary value metric. But kWh billing is rarely the complete pricing picture. Duration fees (cents per minute), connection or session fees (a flat charge per plug-in event), and idle fees (charged when a vehicle occupies a bay after charging completes) are documented practices across Australian networks — though specific per-minute or per-session dollar rates are not publicly disclosed by any named operator in available sources.

Time-based billing (per minute) has a known failure mode: it penalises slower-charging vehicles disproportionately. A vehicle drawing 50kW pays the same per-minute rate as one drawing 150kW, which means the slower vehicle pays three times more per kWh of energy received. This is why per-minute billing has retreated in markets where it was tried first — the US and UK — and why Australian networks have largely led with per-kWh pricing from the outset. Idle fees address a different problem: preventing charged vehicles from blocking bays, which reduces effective charger utilisation and frustrates waiting drivers. Their use is commercially rational but rarely disclosed in headline pricing.

The subscription model is live in the market but confined to one operator. Tesla's $9.99/month tier for non-Tesla drivers is the only named, publicly priced subscription product in Australian public charging.[myevjourney.com 2026] RACV members receive a 10% discount on Chargefox charges, which functions as a soft subscription benefit without a dedicated charging fee.[myevjourney.com 2026] No other major network publishes a standalone subscription or membership product. This is a gap — subscription models build recurring revenue, reduce churn, and create data on driver behaviour that pay-as-you-go billing cannot generate.

Tesla charges non-Tesla drivers $0.79/kWh at Superchargers with no subscription, and $0.64/kWh with a $9.99/month subscription — a 19% rate reduction for a monthly commitment of under $120 a year.[myevjourney.com 2026] For a driver covering 15,000km annually in a vehicle consuming roughly 18kWh/100km, who charges 30% of their energy publicly, the subscription saves approximately $42 per year at current rates — just enough to be worth it for regular Supercharger users, and priced precisely to maximise sign-ups among that segment without leaving money on the table from casual users. This is not accidental. Tesla has run this playbook in the US and Europe and knows exactly where the break-even point sits.

The more important dynamic is what the subscription does structurally. A driver paying $9.99/month for discounted Supercharger access has a financial reason to prefer Superchargers over competing networks — and to route their journeys accordingly. This is pricing as infrastructure lock-in: Tesla is not competing on rate, it is competing on switching cost. No Australian network — not Chargefox with its 950-location footprint, not Evie with its 325 sites — has responded with a comparable subscription product. The RACV discount on Chargefox is a partnership arrangement, not a network-owned subscription, which means Chargefox does not control the terms, cannot change the discount independently, and captures no direct recurring revenue from it.[myevjourney.com 2026]

The absence of subscription products from Chargefox and Evie Networks is a commercial misstep that will become more costly as the driver base grows. Subscription models provide three things pay-as-you-go cannot: predictable revenue, driver behaviour data, and switching cost. The longer these networks operate without one, the more ground they cede to Tesla's model — and the harder it becomes to convince committed subscribers to switch.

No published Australian consumer research measures willingness to pay for public EV charging by the kilowatt-hour, or consumer preferences between subscription and pay-as-you-go billing models. This is a genuine data gap — not a reporting limitation — and it matters because the only proxy available points in an uncomfortable direction. The Australian Automotive Dealer Association survey series tracked driver willingness to pay a premium for an EV from 8% above petrol-equivalent price in January 2024, to 6% in November 2024, to 2% in November 2025.[AADA 2025] In that November 2025 wave, 65% of the 2,000 respondents said they were less willing to pay more for an EV because of economic conditions.

Price sensitivity on the purchase decision is a leading indicator for price sensitivity on running costs. A driver who stretched to buy an EV believing it would cut fuel costs will be acutely sensitive to public charging rates that approach or exceed the per-km cost of petrol. At $0.99/kWh for a vehicle consuming 18kWh/100km, the public charging cost is $0.178/km. At a petrol price of $2.40/litre[evee.com.au 2026] and 8L/100km consumption, petrol costs $0.192/km — a gap that is narrowing. If peak public charging rates rise further, or if petrol prices fall, the cost argument for EV ownership weakens precisely as adoption is supposed to accelerate.

The Van Westendorp framework — which identifies acceptable, expensive, and prohibitively expensive price thresholds through consumer survey data — cannot be applied here because no Australian charging-specific survey data exists. What can be inferred is that the EVC's regulatory submission calling for a public charging cap below $0.90/kWh[EVC submission] reflects lobbying driven by real consumer concern, not theoretical positioning. Chargefox's $0.99/kWh peak rate is above that proposed threshold today.

No public data quantifies the discount between published retail tariffs and commercial contract pricing for fleet operators, property developers, or councils in Australia. Chargefox and Evie Networks do not disclose commercial terms. The Australian Energy Regulator's October 2025 decision paper on the Citipower/Powercor/United Energy (CPU) kerbside charging trials provides the only named, sourced insight into commercial pricing structure: under that model, CPU owns the chargers, leases commercial access to e-MSPs (electric mobility service providers acting as charge point operators), and passes through flat-rate electricity usage charges to e-MSPs without margin.[AER 2025] CPU is required to charge itself the same access fees it offers third parties — a regulatory parity requirement designed to prevent distribution network operators from self-preferencing.

The CPU trial structure is instructive because it shows that commercial pricing in this market is not simply a discount off retail — it is a layered arrangement involving hardware ownership, site access fees, electricity pass-through rates, and revenue-sharing on driver charges. A fleet operator or property developer negotiating with a network like Chargefox or Evie is likely negotiating across all of these dimensions simultaneously. Volume commitments, exclusivity arrangements, and revenue share on public sessions at hosted sites are the logical components of such negotiations — but none is documented in public sources.

The absence of published commercial pricing data is a structural feature of the market, not a reporting gap. Networks have every incentive to keep commercial terms confidential: public knowledge of large discounts would erode retail pricing power and create pressure from retail customers who see the same headline rates. Until a regulator requires disclosure — which the AER has not yet done for these segments — the commercial pricing layer will remain opaque.

Chargefox holds the largest published network footprint in Australia with approximately 950 locations and 2,000 chargers (500 DC, 1,500 AC) as of mid-2025.[myevjourney.com 2026] Its pricing strategy is explicitly tiered by charger speed: free or near-free AC chargers drive app adoption and route planning behaviour, while $0.99/kWh ultra-rapid DC chargers capture premium willingness to pay from drivers who prioritise speed. This is a deliberate good-better-best architecture — but the 'good' tier (free AC) subsidises the 'best' tier ($0.99/kWh DC) only if the driver base is large enough to generate DC utilisation. At 950 locations, Chargefox has the footprint to make this work.

Evie Networks' $0.58–$0.75/kWh band across 325 locations[myevjourney.com 2026] positions it as the consistent mid-market option — no free chargers, no $1/kWh ceiling, and a narrower spread that suggests a more uniform network rather than a tiered speed strategy. Exploren's 493 locations at $0.40–$0.75/kWh[myevjourney.com 2026] skew toward destination charging (hotels, shopping centres) rather than highway corridors, which explains the lower AC rate — dwell time at destination chargers is longer, so revenue per session is less dependent on a high per-kWh rate. Tesla's 131 Supercharger locations[myevjourney.com 2026] are the smallest footprint of the named networks but carry the most sophisticated pricing architecture of any operator in the Australian market.

Three forces are acting on Australian EV charging tariffs simultaneously. First, the Electric Vehicle Council has submitted to regulators calling for public charging rates to be capped below $0.90/kWh, arguing that high CPO costs are being passed directly to drivers and that tariff reform — through CPO-regulator-government collaboration and incentives for off-peak use — is needed to prevent public charging from becoming an adoption barrier.[EVC submission] This is a lobbying position, not an enacted regulation, and the timeline to any regulatory cap is measured in years, not months. Second, state road user charge proposals — including NSW's proposed 2.97 cents/km for full EVs if no federal scheme emerges by mid-2027[parliament.nsw.gov.au 2025] — do not directly raise charging tariffs but add to the total cost of EV ownership, reducing headroom for networks to raise rates without driving drivers back toward home charging or away from public networks entirely. Third, Powerlink's 2027–32 revenue proposal, which seeks a 19–25% increase in operating expenditure,[AER 2026] signals that upstream electricity transmission costs are rising — a pressure that flows through to CPO electricity costs and, ultimately, to driver tariffs.

The net effect through 2027 is that the forces pushing tariffs up (transmission costs, electricity market pricing) are moving faster than the forces pushing them down (regulatory advocacy, hardware cost decline). A hardware cost decline is confirmed directionally by global trends but not quantified in Australian-specific public sources — representing a genuine data gap. The most likely near-term outcome is modest tariff increases on DC fast and ultra-rapid chargers, sustained pressure on the $0.90/kWh threshold that the EVC has flagged, and continued stagnation of subscription model development outside Tesla.

Every named Australian public charging network bills primarily by the kilowatt-hour. This is the right starting model for a retail market building its consumer base — it is transparent, familiar, and maps to the dominant mental model of energy as a commodity. But the commercial buyer segments that will drive the next phase of network revenue — fleet operators running known vehicle pools, property developers charging tenants, councils managing public assets — do not buy kilowatt-hours. They buy uptime, session reliability, reporting capability, and operational simplicity. A fleet operator running 50 delivery vehicles does not want to receive 50 separate per-kWh invoices; they want a monthly managed service with a fixed cost per vehicle, guaranteed availability at their depot, and data on charging behaviour by driver. None of the named networks currently offers this — at least not in any publicly documented form.

Tesla's subscription product is the closest thing to outcome-based pricing in the market, but it is still anchored to a per-kWh rate reduction rather than a service outcome. What it does accomplish is create a predictable monthly spend — which is functionally the first step toward commercial contract pricing. The logical evolution is: subscription → managed service → outcome-based SLA. Networks that have not yet launched a subscription have not taken the first step. The gap between where Chargefox and Evie sit today (pure per-kWh retail) and where the commercial market needs them to be (managed service with fixed costs and SLAs) is wide enough that a new entrant with a fleet-first model could take the commercial segment without competing on retail tariffs at all.

The AER's CPU kerbside trial model — where the network owner leases access to e-MSPs who then set consumer rates — hints at a disaggregated pricing architecture where infrastructure ownership, commercial access, and consumer billing are separated into distinct layers.[AER 2025] If this model extends beyond the trial, it changes the competitive landscape: networks would compete on infrastructure quality and access pricing rather than consumer tariffs, and e-MSPs would compete on the consumer-facing product. That is a fundamentally different market structure from the current vertically integrated one.