TechManPatCOMPAREGUIDES

Australian home EV charging

Charge the car.
Not the marketing.

Match the charger to your car, home power, solar and daily driving.

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Home charger finder · about 2 minutes

Match the car and house.

We rank useful charging speed, solar fit, load management and budget.

01Which EV do you own or plan to buy?

Model-year and variant specifications change. Confirm the exact AC limit in the owner's manual before installation.

Vehicle limit: approximately 11 kW AC for the selected grouping. A 22 kW wallbox will still charge at 11 kW or less.
02What must you replace each day?

The average driver does not refill an empty battery every night.

Planning energy: 8.9 kWh/day, including a 10% charging-loss allowance.
03How short is the cheap-power window?

This is where a faster charger can matter - even when overnight charging is easy.

To replace the day's driving entirely inside that window requires about 3.0 kW. Your car and home may cap it lower.
04What electrical supply reaches the home?

Three-phase does not automatically mean the car can use 22 kW.

Useful ceiling for this car and supply: 7.4 kW.
05What home-energy equipment is already installed?
06Where and how will it be used?

Tethered is faster every day. A socket looks cleaner and makes cable replacement easier, but requires a BYO Type 2 lead.

07Which smart controls are actually useful?
08How difficult is the cable run?
Installation planning allowance: $1,500. A licensed electrician must inspect and quote the site.

Your charging plan

3.6 kW useful target.

Your car is limited to about 11 kW AC and the home supply to about 7.4 kW. Replacing 45 km of daily driving needs roughly 8.9 kWh.

1.2 hat useful maximum3.0 kWfor the cheap window1-phasehome supply

What to specify

  • 3.6 kW or greater hardware, commissioned no higher than the car and supply allow.
  • Solar-aware charging with correctly installed CT or meter hardware.
  • Dynamic load management so the charger backs off before the main supply is overloaded.
  • No need to pay for multi-charger load sharing unless a second EV is realistic.

Tariff reality check

If free or cheapest electricity only lasts 3 hours, a slow charger may miss the window. But the answer is capped by the car: 11 kW AC is the approximate vehicle ceiling entered. Faster hardware can future-proof another EV, but it cannot make this one accept more.

Solar charging is not magic either. Clouds, household loads, battery behaviour and CT placement all change what surplus is available.

Equipment budget before installation$1,600
$700Estimated installation: $1,500$3,000

Top three matches

Best fit for these answers.

Equipment price and installation are shown separately. Quotes can also include switchboard, trenching, three-phase and network-approval work.

myenergi zappi01
EV charger brandmyenergi

zappi

Offers a configuration that can meet the useful 3.6 kW target. Can follow solar surplus without requiring a matching inverter brand.

Hardware
$1,545
Installed plan
$3,045
Daily refill
about 1.2 hours
Power
7.4 / 22 kW
Solar control
CT-based ECO and ECO+ surplus charging, independent of inverter brand
Lead
Tethered Type 2 or socketed models

Watch-out: Your car accepts about 11 kW AC, so the charger's higher rating will not make this car charge faster.

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Ocular IQ Home Solar02
EV charger brandOcular

IQ Home Solar

Offers a configuration that can meet the useful 3.6 kW target. Can follow solar surplus without requiring a matching inverter brand.

Hardware
$1,299
Installed plan
$2,799
Daily refill
about 1.3 hours
Power
7 / 22 kW
Solar control
CT-based solar-only and solar-plus-grid charging
Lead
Tethered Type 2; common Australian packages use 5 m

Watch-out: Your car accepts about 11 kW AC, so the charger's higher rating will not make this car charge faster.

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Evnex E203
EV charger brandEvnex

E2

Offers a configuration that can meet the useful 3.6 kW target. Can follow solar surplus without requiring a matching inverter brand.

Hardware
$1,395
Installed plan
$2,895
Daily refill
about 1.2 hours
Power
7.4 / 22 kW
Solar control
CT-based solar-export diversion independent of inverter brand
Lead
Tethered Type 2

Watch-out: Your car accepts about 11 kW AC, so the charger's higher rating will not make this car charge faster.

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Planning guide only. Dedicated home chargers must be installed by a licensed electrician. The electrician must verify switchboard capacity, earthing, protection, cable route, phase supply, network rules and the exact vehicle and charger manuals.

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Installation basics

What changes the quote?

Open guide +
01

Switchboard and supply

The electrician must verify the main switch, available capacity, protection, earthing and whether the property actually has one or three phases.

02

Cable route

Distance, wall access, trenching, fire separation, outdoor mounting and parking location often change the price more than the wallbox.

03

Energy monitoring

Solar diversion and dynamic load management need correctly placed meters or CT clamps. Matching logos alone do not prove integration.

04

Strata approval

Apartment installations may involve owners-corporation approval, common-property cabling, billing and site-wide load management.

Primary guidance

Home chargers are typically 7–22 kW and require a licensed electrician.

Australian Government charging guidance ↗Compare home batteries →Suggest a correction →

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Common buying questions

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