EV Reviews & Comparisons

How to Choose the Right EV for Your Situation

With more than 50 models now available in Australia, the right question is not “which EV is best” but “which EV is best for my circumstances.” Budget, driving range requirements, charging access, and whether you can access a novated lease all shape the answer differently.

Budget tiers:

• Under $40,000. The BYD Atto 1 ($23,990) and BYD Dolphin ($32,699) dominate this segment. Both use LFP (lithium iron phosphate) chemistry — more cycle-stable and less prone to degradation than NMC batteries, though slightly heavier per kWh. The Dolphin’s 340km WLTP range is adequate for most suburban commuters. The MG4 Excite 51 also falls in this bracket at around $38,990 and offers a refined drive and strong safety rating.
• $40,000–$70,000. The most competitive segment in Australia. The Tesla Model 3 RWD ($54,990), Hyundai Ioniq 6 Standard Range ($59,900), Kia EV6 Air ($63,590), and BYD Seal ($55,990) all sit here. This range covers 90% of buyers’ needs — real-world range of 400–550km, DC fast charging at 100–150kW, and strong ANCAP safety ratings. The Ioniq 6 is the most aerodynamic car in its class (Cd 0.21) and charges at up to 220kW on a 400V system.
• $70,000 and above. The Tesla Model Y Long Range AWD ($72,900), Hyundai Ioniq 5 N ($99,900), Polestar 4, BMW i4, Mercedes EQE, and others populate this tier. For family SUV buyers, the Model Y remains the volume leader and has access to Tesla’s Supercharger network — the most dense DC fast-charge network in Australia. For performance, the Ioniq 5 N and Model 3 Performance offer benchmark figures at a fraction of equivalent combustion sport costs.

Key specs to compare:

• WLTP range — the standardised European test figure used by all manufacturers. Treat it as a ceiling, not a guarantee.
• DC fast-charging speed (kW) — how quickly the car replenishes on a public fast charger. Entry-level: 50kW. Mid-range: 100–150kW. Premium: 250–350kW. At 150kW, adding 200km of range takes approximately 20 minutes.
• V2L (Vehicle-to-Load) capability — the ability to export power from the car’s battery to run appliances or devices. Hyundai and Kia vehicles in the Ioniq/EV range include V2L as standard. Useful for camping, worksites, or as emergency home backup.
• ADAS level — the sophistication of driver assistance. Most current EVs offer Level 2 (adaptive cruise + lane centring). Tesla’s Autopilot and Full Self-Driving are Level 2 with more automation sub-features; nothing on the Australian market is Level 3 (conditional automation) for highway use in 2026.

Real-world range vs WLTP. Expect 15–25% less than the stated WLTP figure in real driving. At highway speeds (110km/h), range drops more sharply than in urban driving. Air conditioning and heating — particularly resistive cabin heat in cold weather — add to consumption. A 500km WLTP figure realistically delivers 380–425km on a mixed highway/urban trip in moderate conditions. Heat pump cabin heating (standard on most premium EVs, optional on some entry models) reduces the heating energy penalty significantly.

Understanding EV Charging in Australia

Most EV owners do more than 90% of their charging at home. Understanding public charging is important for road trips and apartment-dwellers, but home charging is the foundation.

Home charging. A standard household 10A or 15A powerpoint will charge an EV at 2.2–3.5kW — slow but functional for overnight top-ups if your daily distance is under 50–60km. A dedicated 7kW wall charger (single-phase Type 2, the Australian standard) charges four times faster and is the standard recommendation for any regular EV user. Hardware costs $800–$2,000; installation by a licensed electrician adds $400–$900 depending on cable run length and switchboard upgrades needed. Most modern wall chargers include Wi-Fi, scheduling, solar-divert capability, and app monitoring.

Public DC fast charging. The three main networks in Australia:

• Chargefox — the largest network by connector count, with Ultra Rapid 350kW chargers on major highway corridors and 50–150kW stations in regional centres.
• Evie Networks — heavy presence in NSW and QLD with 50–150kW sites; rolling out 350kW Ultra Rapid stations on key routes.
• Tesla Supercharger — now open to non-Tesla vehicles, V3 Superchargers deliver up to 250kW. The network is the densest of the three on the east coast and covers most major touring routes.

Charging speeds by category:

Note: your car’s maximum AC/DC charging rate caps what the charger can deliver. A car limited to 100kW DC will not benefit from a 350kW charger — it will charge at its own maximum regardless of the charger’s output.

Road trip planning. Australia’s DC fast-charge network now covers the major highways — Sydney to Melbourne via Hume, Melbourne to Adelaide via Western Highway, and the Pacific Highway from Sydney to Brisbane — with chargers approximately every 100–200km. More remote routes (outback SA, WA’s north, NT) have limited coverage and require careful planning. Apps including PlugShare, A Better Routeplanner (ABRP), and the NRMA EV Charging planner show current charger locations and real-time availability.

The FBT Exemption and Novated Leases

The federal fringe benefits tax exemption for eligible BEVs under the Luxury Car Tax threshold ($91,387 for fuel-efficient vehicles in 2025-26) is the most significant financial lever available to employed Australians buying an EV.

Under a novated lease, your employer makes your car payments from your pre-tax salary. Under normal circumstances, FBT applies to the benefit value of the car. The FBT exemption eliminates this tax entirely for qualifying BEVs — meaning the lease payments are effectively funded from gross income before income tax is deducted. For a buyer on a 37% marginal tax rate paying $900/month for an EV, the after-tax cost is closer to $567/month — a saving of $333/month, or approximately $12,000 over a three-year lease term.

Which EVs qualify. Any BEV (battery electric vehicle) with a drive-away price below the $91,387 LCT threshold qualifies. This covers the majority of the mainstream EV market including the BYD Atto 1, BYD Dolphin, BYD Atto 3, Tesla Model 3 Standard Range and Long Range, Tesla Model Y RWD, Hyundai Ioniq 6, Kia EV6, MG4, Polestar 2, and many others. Vehicles above the threshold — including the Tesla Model Y Long Range AWD, most BMW and Mercedes EVs — do not qualify for the FBT exemption.

PHEV exclusion from 1 April 2025. Plug-in hybrid electric vehicles (PHEVs) lost FBT exemption eligibility from 1 April 2025 under Treasury’s assessment that PHEVs are not zero-emission vehicles in practice. This had an immediate impact on PHEV pricing and residuals — several models dropped in price to compensate for the loss of the novated lease advantage.

Checking employer eligibility. Your employer must be willing to offer novated leasing. Most large employers already have novated lease arrangements with providers like FleetPartners, SG Fleet, or Maxxia. Smaller employers may not. Ask your HR or payroll team whether the arrangement is available before factoring it into your purchase decision.

PHEVs vs Full BEVs in 2026

PHEVs (plug-in hybrids) offer a genuine use case: the ability to run on electricity for daily commuting while retaining a petrol engine for longer trips without charging infrastructure concern. For buyers in regional areas where DC fast-charger coverage is sparse, or those who regularly drive long distances without access to overnight charging, a PHEV removes the range anxiety that a BEV might introduce.

The PHEV value proposition shifted materially in April 2025 when the FBT exemption was removed. Models like the Mitsubishi Eclipse Cross PHEV, Cupra Formentor VZe, and Volvo XC40 Recharge PHEV became less financially attractive overnight for novated lease buyers. The Cupra Formentor VZe, for example, dropped by more than $20,000 in effective novated cost once the FBT exemption was removed, prompting price adjustments by dealers to maintain competitiveness.

In 2026, the case for a PHEV over a BEV comes down to specific circumstances:

• You drive more than 500km in a single day regularly and cannot plan charging stops
• Your primary charging option is a slow overnight charge and you need interstate capability without DC charge stops
• You are not eligible for a novated lease and the upfront BEV cost is prohibitive

For the majority of Australian buyers — particularly those in metropolitan and major regional areas with access to home charging and a growing public network — a BEV with 400–550km WLTP range is now sufficient. The running cost advantage of a BEV over a PHEV (PHEVs revert to petrol consumption when the battery is flat) also widens as more driving is done on electric kilometres. A PHEV that is never plugged in is simply a heavier, more complex petrol car.