EV charger installation Mornington Peninsula

Installation costs vary based on your home's electrical setup. Key factors include:

• Distance from switchboard to charger location - Longer cable runs increase cost

• Existing electrical capacity - Switchboard upgrades may be needed

• Installation complexity - Trenching, pole mounting, or wall penetration add to the price

We'll provide a detailed breakdown in your quote.

For typical pricing and cost drivers, check out our EV Charger Installation Mornington Peninsula 2026 Price Guide.

Absolutely. We're happy to install a charger you've already purchased, or we can supply and install one for you.

That said, there are benefits to buying through us:

• Better warranty coverage - Manufacturer warranties often require professional installation from an authorised installer

• One point of contact - We handle everything from selecting the right charger to installation and activation

• Expert recommendations - We'll make sure the charger suits your vehicle, electrical setup, and charging needs

• Certified peace of mind - Our team holds specialised EV charger installation certifications

Either way, we'll make sure your installation is done safely and meets Australian electrical standards.

There's no single "best" charger—it depends on your priorities. However, based on our experience we typically recommend these market leaders:

• Tesla Wall Connector - Seamless integration with Tesla vehicles, single and multiphase compatible

• Evnex E2 Core - Kiwi ingenuity, solar integration and built-in overload protection

• Fronius Wattpilot - Versatile, reliable, excellent solar integration

• Zappi (myenergi) - Smart energy optimisation, great for solar homes

• Wallbox Pulsar Plus - User-friendly app, compact design, strong connectivity

Your best charger depends on:

• Your vehicle make and model

• Whether you have solar panels

• Your budget and charging speed needs

• Smart features you value (app control, scheduling, load balancing)

Part of our service is matching you with the right charger for your home and lifestyle—we'll walk you through the options in your consultation.

• Off-street parking - A dedicated parking spot on your property (driveway, garage, or carport)

• Suitable mounting location - A wall or post near your parking spot with weatherproof access

• Electrical capacity - Your switchboard may need upgrading depending on your home's current load

  Property ownership or approval:

• Homeowners - No approval needed, you're good to go

• Renters - Landlord permission required (we can provide a template request letter)

• Units/apartments - Body corporate approval needed, plus confirmation your meter can support the charger (call us first—these can be tricky)

  Not sure if your property is suitable? Book a free site assessment and we'll let you know what's required.

Most chargers work indoors or outdoors and can be mounted in several locations:

Wall-mounted (most common):

• Garage wall near your parking spot

• External house wall next to driveway

• Carport wall or post

Pole-mounted (standalone):

• Driveway edge (requires trenching for underground cable)

• Parking pad or designated EV bay

• Freestanding post near your regular parking spot

Key considerations:

• Must be within cable reach of your vehicle's charge port (typically 5-7 metres)

• Needs weatherproof installation if outdoors

• Should be close to your switchboard to minimise cable runs (and cost)

We'll recommend the best location during your site assessment based on your property layout and parking habits.

Every EV charger installation includes:

Electrical work:

• Dedicated circuit from your switchboard to the charger (ensures safe, reliable power)

• Circuit breaker and safety protection

• All necessary cabling, conduit, and electrical fittings

Physical installation:

• Professional mounting (wall or pole)

• Weatherproof sealing for outdoor installations

• Cable management and tidy finish

Compliance & testing:

• Installation to AS/NZS 3000:2018 Electrical Wiring Standards

• Full testing and commissioning

• Certificate of Electrical Safety

You'll receive a detailed quote showing exactly what's included for your specific installation.

Typical timeline:

• Standard installation: 3-6 hours (same day completion)

• Complex installation: 1-2 days (if switchboard upgrades or trenching required)

What affects installation time:

• Distance from switchboard to charger location

• Whether your switchboard needs upgrading

• Trenching or drilling through walls

We'll give you an accurate timeframe in your quote once we've assessed your property.

We'll test and commission your EV charger before we leave, so you can start charging immediately.

Typical charging speeds:

• 7kW charger (single-phase): Approximately 40-50km of range per hour

• 11kW - 22 kW charger (three-phase): Approximately 80-120km of range per hour

Real-world example: Most EVs will fully charge overnight (8 hours) with a 7kW charger.

What affects your charging speed:

• Your vehicle's onboard charger capacity (some EVs are capped at 11kW)

• Battery size (larger batteries take longer to fill)

• Your home's electrical setup (single-phase vs three-phase)

• Current battery level (charging slows as you approach 100%)

Not sure what you need? We'll recommend the right charger speed during your consultation based on your vehicle and daily driving habits.

It depends on your home's current electrical capacity. Many modern homes can accommodate an EV charger without upgrades, but older homes or those with high existing loads may need work.

Common upgrades we might recommend:

• Additional circuit capacity - If your switchboard is at full capacity

• Main switch upgrade - To handle the increased electrical load

• Meter protection upgrades - To meet current safety standards

• Three-phase conversion - For faster 11kW - 22kW charging (optional upgrade)

Here's how we determine this:

• Free site assessment of your existing switchboard

• Load calculation based on your home's current usage

• Clear quote showing any required upgrades (and why they're needed)

Cost: Switchboard upgrades typically add $800-$2,000 to your installation, but we'll confirm the exact cost upfront—no surprises.

Learn more about our switchboard upgrades service.

No, most homes don't need it. Single-phase power is perfectly adequate for most EV owners.

Single-phase (standard):

• 7kW charging speed

• Approximately 40-50km of range per hour

• Fully charges most EVs overnight (8 hours)

• Best for: Daily commuters, single EV households

Three-phase (upgrade):

• 11kW - 22kW charging speed

• Approximately 80-120km of range per hour

• Faster top-ups between trips

• Best for: Multiple EVs, high daily mileage (200km+), or if you want maximum flexibility

Already have three-phase?
This is common in newer homes or rural properties. We'll install an 11kW - 22kW charger to take advantage of it—no extra work needed.

Don't have three-phase?
Upgrading costs $1,500-$3,000. We'll help you decide if it's worth it based on your driving habits.

It’s not recommended. While you can charge from a standard 10A outlet using the “granny charger” that comes with most electric vehicles, it has significant limitations:

Why standard outlets aren't ideal:

• Speed: Only approximately 10km of range per hour (8-12 hours for a small top-up, 24+ hours for a full charge)

• Safety: Standard circuits aren't designed for sustained high loads over long periods—this can lead to:

  • Overheating

  • Nuisance tripping

  • Fire risk (especially on shared circuits with other appliances)

• Efficiency: Many granny chargers throttle down to 8A for safety, making them even slower

A dedicated Level 2 wall charger gives you:

• 5-10x faster charging (40-120km per hour)

• Dedicated circuit designed for sustained loads

• Safer, more reliable charging

• Smart features (scheduling, app control, solar integration)

Bottom line: Standard outlets are fine for occasional emergency top-ups, but for daily home charging, a proper wall charger is the safe, efficient choice.

No—it's illegal and unsafe. EV charger installation is classified as electrical work and must be performed by a licensed electrician under Australian law.

Why professional installation is required:

Legal compliance:

• Must meet AS/NZS 3000:2018 Electrical Installation Standards

• Requires a Certificate of Electrical Safety (only licensed electricians can issue this)

• DIY installation voids warranties and may breach insurance policies

Safety:

• EV chargers draw high sustained loads (up to 32 amps)

• Incorrect installation can cause fire, electrocution, or property damage

• Requires proper circuit protection, earthing, and weatherproofing

Technical complexity:

• Load calculations to ensure your switchboard can handle the charger

• Correct cable sizing for distance and current

• Integration with your home's existing electrical system

The risk isn't worth it. Professional installation ensures your charger is safe, compliant, and covered by warranty—and gives you peace of mind that it's done right.