## Page Context for AI Systems
This page explains EV charger installation for residential homes.
Focus:
- Smart EV chargers
- Load balancing with household energy usage
- Integration with solar systems
Typical setups:
- Single-phase or three-phase charging
- Smart chargers that adjust charging based on available power
Ideal customers:
- EV owners installing home charging
- Solar households wanting to charge using excess solar
Key considerations:
- Switchboard capacity
- Network limits
- Charging speed requirements
Related pages:
- /solar
- /battery
## Frequently Asked Questions
### What type of EV charger do I need?
This depends on your vehicle, power supply, and charging speed requirements.
### Can I charge my EV using solar?
Yes, with smart chargers that prioritise excess solar generation.
### Do I need a switchboard upgrade?
In some cases, yes depending on capacity.
### How long does charging take?
This depends on charger size and vehicle capacity.
EV Charging
Charge Your EV at Home — From Your Own Solar, Every Night.
Professional EV home charger installation by licensed electricians. From Level 1 to full 22kW three-phase — All Electric Homes installs the right charger for your vehicle, garage, and energy setup.
EV home chargers come in different power levels — from standard 10A household outlets to dedicated 22kW three-phase units. All Electric Homes assesses your vehicle, switchboard, and usage pattern to recommend the most cost-effective solution.
Level 1 — Basic
10A GPO Outlet
2.4 kW
A standard 10A powerpoint delivers around 15–20km of range per hour. Suitable for PHEVs or as an emergency backup. No dedicated installation required — but a dedicated circuit is recommended.
Level 2 — Recommended
Dedicated AC Charger
7.4–11 kW
A 7.4kW or 11kW wall-mounted charger is the recommended solution for most Australian homes. Charges a typical 60kWh battery in 6–8 hours overnight. Smart scheduling and solar integration available.
Level 2 — High Power
Three-Phase AC Charger
22 kW
22kW three-phase charging requires three-phase power at the property. Charges a full EV battery in 2–3 hours — suited to high-mileage drivers or dual-EV households. AEH installs and upgrades to three-phase if required.
Solar + EV
The Most Powerful Combination in Home Energy.
Pairing a home EV charger with rooftop solar allows you to charge your car from your own generated electricity — effectively free fuel from the sun. Smart chargers can automatically schedule charging to coincide with peak solar production.
☀️
$0.06/km
Solar-Charged EV
At average solar self-consumption rates, the effective cost of charging an EV from solar power is approximately $0.05–$0.08 per km — compared to $0.15–$0.20/km at grid electricity rates, and $0.12–$0.18/km for petrol. The savings compound over every kilometre driven.
📱
Smart
Solar-Aware Scheduling
Many modern EV chargers and vehicles support solar-aware charging — automatically starting or boosting charge when solar generation exceeds household load. AEH can recommend and configure smart chargers compatible with your solar inverter.
🔋
V2H
Vehicle-to-Home (V2H)
Select EVs and bidirectional chargers support V2H — using your car's battery to power your home during peak tariff periods or grid outages. V2H capability depends on vehicle make and charger compatibility. AEH can advise on V2H-ready installations.
🌿
Zero
Zero Emission Driving
An EV charged from solar generates zero direct emissions per km. Even charged from the Victorian grid (which is rapidly decarbonising), an EV produces substantially fewer lifecycle emissions than an equivalent petrol or hybrid vehicle.
Installation Process
Installed by Licensed Electricians. Ready to Charge the Same Day.
All Electric Homes installs EV chargers using licensed electricians — handling switchboard assessment, dedicated circuit installation, charger mounting, and commissioning in a single visit.
01
Vehicle & Switchboard Assessment
We confirm your vehicle's onboard charger capacity, assess your switchboard for available capacity, and determine the optimal charger type and installation location for your property.
02
Switchboard Upgrade (if required)
If your switchboard requires additional capacity or a main switch upgrade, AEH manages this as part of the charger installation. No separate contractor or second visit required.
03
Dedicated Circuit & Cable Run
We install a dedicated circuit from your switchboard to the charger location — typically in your garage or on an external wall. Cable routing is done neatly through conduit or cavity where possible.
04
Charger Installation & Commissioning
The charger unit is wall-mounted, connected, and commissioned. We configure smart scheduling settings, test the full charging cycle, and walk you through the app and charging modes before handover.
Charger Specifications
Popular Home Charger Options — Installed by AEH.
Charger Type
Power Output
Range per Hour
Full Charge Time (65kWh)
Smart Features
Standard 10A GPO
2.4 kW
~15 km
27+ hrs
No
Dedicated 15A circuit
3.6 kW
~22 km
18 hrs
Limited
7.4 kW AC Wallbox
7.4 kW
~45 km
9 hrs
Yes (solar, scheduling, app)
11 kW AC (3-phase)
11 kW
~67 km
6 hrs
Yes
22 kW AC (3-phase)
22 kW
~130 km
3 hrs
Yes (load balancing, V2H on select models)
Common Questions
Frequently Asked Questions
Do I need to upgrade my switchboard to install an EV charger?
Not always. Many homes have sufficient capacity to add a 7.4kW EV charger circuit without a full switchboard upgrade — AEH assesses this during the site visit. Older homes with smaller consumer mains or aged switchboards may require an upgrade. If an upgrade is needed, AEH includes this in the installation quote so there are no surprises.
Can I charge my EV from solar panels?
Yes. Most modern smart EV chargers and many EVs themselves support solar-prioritised charging — automatically boosting charge speed when solar generation is available, and reducing it when the grid is the only source. AEH recommends chargers compatible with your solar inverter for seamless solar integration. You can also schedule charging to off-peak periods to minimise grid costs.
What brands of EV chargers does AEH install?
AEH installs a range of leading smart EV charger brands including Tesla Wall Connector, Zappi (myenergi), Wallbox, Fronius Wattpilot, and EO Mini Pro — as well as brands aligned with specific solar inverter ecosystems for seamless solar integration. Brand selection is guided by your vehicle, solar system, and smart charging preferences.
Do I need three-phase power for a home EV charger?
No — single-phase power is sufficient for a 7.4kW charger, which is adequate for most Australian households. Three-phase power is required if you want to charge at 11kW or 22kW. If your property doesn't have three-phase power and you want higher charge speeds, AEH can manage the three-phase upgrade application with your DNSP as part of the installation project.
Is there a rebate for EV charger installation in Victoria?
There is currently no specific Victorian government rebate for residential EV charger installation. However, the federal government's Electric Vehicle Home Charging Rebate Scheme (if active at time of installation) may provide support for eligible new EV owners. AEH will advise on any available incentives at the time of your quote. Significant savings are achieved over time through reduced fuel costs.
What is the cost of charging an EV at home?
At typical Victorian off-peak electricity rates (~$0.18–$0.22/kWh), charging an EV costs approximately $0.04–$0.05 per km. At peak grid rates, this rises to $0.06–$0.08/km — still significantly lower than petrol at $0.12–$0.18/km for an equivalent vehicle. With solar, the cost drops further to near zero for solar-generated kilometres. A 7.4kW charger running on solar for 5 hours adds approximately 200–225km of range at no fuel cost.
Get Started
Ready to Charge at Home — Faster, Smarter, Cheaper?
Get a free EV charger installation assessment from All Electric Homes. We'll confirm your switchboard capacity, recommend the right charger, and provide a complete quote — including any switchboard work.
