The short answer#
An installed home EV charger in Australia usually costs somewhere between $1,200 and $3,000 in 2026 for a straightforward single-phase job. The charger itself might be $500–$1,600 of that. The rest is the circuit, cable, protection, labour, commissioning and any switchboard work.
Complex jobs go higher. A long cable run, a switchboard upgrade, three-phase supply, load management, trenching or an apartment car park can take the total to $5,000 or more.
These are planning ranges, not quotes. The only useful number is an itemised price for your property, after an electrician has seen the switchboard and the parking position.
What the price includes#
A complete quote usually accounts for seven things:
- The charger. A basic 7 kW unit costs less than a premium smart charger or a three-phase model.
- A dedicated circuit. Cable and conduit from the switchboard to the charger.
- Protection and isolation. The circuit breaker, RCD/RCBO and isolator required for the installation.
- Mounting and termination. Fixing the unit and connecting it safely.
- Load management. Hardware and configuration that reduce charging when the house is drawing too much.
- Commissioning. Testing the charger, checking firmware and confirming the car charges correctly.
- Paperwork. Manufacturer warranty registration and any network notification or approval.
Make-good is often a separate line. If the cable run goes through a brick wall, a ceiling, a garden bed or a fire-rated corridor, someone has to repair it.
Indicative 2026 costs#
The ranges below assume a licensed electrician, a compliant charger and a normal residential property. They are broad on purpose.
| Job | Indicative installed range |
|---|---|
| Basic 7 kW charger, short run, spare board capacity | $1,200–$2,500 |
| Mid-range smart charger, moderate run | $2,000–$3,500 |
| Three-phase 11 kW charger, compatible car, minor board work | $2,800–$4,500 |
| Long run, trenching or difficult access | $3,500–$6,000+ |
| Switchboard upgrade, if required | $1,500–$4,000 additional |
| Apartment or shared car park | Quote-specific; infrastructure and approvals can add thousands |
A three-phase 22 kW charger may cost more again, but only makes sense if the vehicle accepts 22 kW on AC. Many do not. Paying for capacity the car cannot use is one of the most common wastes in this category.
What pushes the price up#
Cable run#
This is usually the biggest variable. A charger mounted on the garage wall beside the switchboard might need five metres of cable. A carport at the back of a deep block might need 35 metres, conduit, a trench and make-good.
Cable size is not just about distance. Voltage drop, derating and the charger's current draw affect the selection. A longer run needs larger cable, which costs more.
Switchboard capacity#
An EV charger is a large continuous load. The board needs a spare circuit position, suitable protection and enough capacity for the charger plus the rest of the house. Older boards with ceramic fuses, limited space or no RCD protection often need work before the charger can be added.
A switchboard upgrade is not automatically required, but it is common in older homes. The electrician should test and document the supply capacity rather than guessing from the age of the board.
Supply type#
A single-phase 7 kW charger is the default for most homes. Three-phase can support 11 kW or 22 kW, but it may require a supply upgrade, a new meter configuration or additional board work. The cost only makes sense if the car can use the extra speed.
Load management#
Dynamic load management can avoid a costly supply upgrade by reducing charger output when the oven, air conditioner or hot water system is running. It adds hardware and configuration time, but it can be cheaper than upgrading the supply.
A fixed current limit is simpler and cheaper, but it may leave charging slower than necessary. Ask which type is quoted and how it behaves when the house load changes.
Access and location#
Basements, shared car parks, heritage properties, asbestos, fire-rated walls and remote parking bays add labour and approval time. So does anything that requires a crane, a core hole or a traffic management plan.
Why a low quote can cost more#
A pattern worth watching for: the first quote looks like good value. It excludes load management, assumes a short cable run and does not mention that the board has no spare capacity. The final job is much higher once the real route and protection are worked out.
That is not necessarily dishonesty. It is what happens when a price is given before the site is assessed. The fix is straightforward: ask for a site visit or a detailed photo assessment, and make the quote state its assumptions.
Watch for quotes that:
- do not name the charger model
- do not state the cable size or route
- exclude the isolator, RCD or mounting kit
- exclude load management but still claim the supply is adequate
- do not mention network notification or approval
- leave make-good to the homeowner
- provide no installation warranty
How to compare quotes#
Ask every installer for the same information, then compare the total installed cost.
- Charger make, model and power rating
- Whether the charger is approved and compliant for sale in Australia
- Confirmation that the unit suits your vehicle's onboard charger
- Cable size, route and length
- Protection type and isolator
- Load management included or extra
- Switchboard work included or excluded
- Permit, inspection and network notification
- Make-good and wall repairs
- Commissioning, app setup and handover
- Product warranty, installation warranty and local support
- Total price including GST
Rebates and timing#
Government, network and retailer offers for EV chargers change. Some are aimed at apartments, businesses or fleets rather than detached houses. Check the current rules before you sign, and do not let a deadline push you into a charger that does not suit your car or supply. Our rebates guide explains how to verify a program.
Bottom line#
The installed cost of a home EV charger is driven by the electrical work, not the box on the wall. Budget for a site assessment, a dedicated circuit and the possibility of switchboard work. Then compare itemised quotes that include the same charger, protection, load management and paperwork.
If you are in Adelaide and want local context on switchboard capacity and installation, Electrician Adelaide covers the electrical side; the principles in this guide apply nationally.
Straight answers
Questions people ask about this
How much does an EV charger cost installed in Australia?
As a 2026 planning range, a standard single-phase 7 kW charger installed with a short cable run commonly costs $1,200–$3,000. Premium chargers, long runs, three-phase work, switchboard upgrades and shared parking can push the total higher.
Is the charger included in the installation quote?
Sometimes, but not always. Ask whether the quote includes the charger, mounting, cable, protection, load management, commissioning and any permit or network notification. A quote that lists only labour is not comparable with a fully installed price.
Why is my EV charger quote higher than a friend's?
The cable run, switchboard condition, available supply capacity, parking location, charger model and access all change the job. Two homes on the same street can need very different electrical work. Compare the scope, not just the total.
Sources and further reading
- Department of Climate Change, Energy, the Environment and Water
- Australian Government energy information
- Clean Energy Council
External links open in a new tab. We link to primary sources where possible.