When the shops beside Mount Waverley station were built in 1959, set in an L around a landscaped car park, the houses going up around them were wired long before anyone planned for a car that plugs in. Some of those houses still stand and others have made way for townhouses. Either way, across a suburb that runs from Huntingdale Road east to Blackburn Road, the EV charger installation Mount Waverley owners need usually depends more on the building than on the car. Mount Waverley jobs are handled by A-grade electricians based at our Brighton premises, 99 Bay St, about 12 km away in a straight line, working under REC 35838.
EV charger installation Mount Waverley: the house decides the job
The 2021 Census counted 68.6% of occupied Mount Waverley dwellings as separate houses, 9.8% as townhouses or semis and 21.5% as flats or apartments. Nearly six households in ten had two or more cars. Those numbers point to three common situations, plus one rare one.
The late-1950s house with a carport
Say your house went up around the time Pinewood was built as an A.V. Jennings estate in the late 1950s. If the meter box sits on a side wall near the carport, the cable run can be short and it is a straightforward home EV charger installation. What often slows these jobs is the switchboard. An older board may have no room for a new 32 amp circuit and its safety switch, or its existing safety switches may be Type AC devices, which can no longer be installed in new work.
The new townhouse on a subdivided block
Monash’s structure plan policy for the Mount Waverley Activity Centre encourages “townhouses, villa units and low scale apartment buildings” in the incremental change areas around the Stephensons Road shops. A two-townhouse development often means two meters, a long common driveway and garages at different distances from the street. Here the cable route, and who owns the ground it crosses, matters more than the charger model.
The unit in a block of four
Older unit blocks tend to have a row of carports, a shared meter panel and common property in between. A dedicated circuit from your own meter to your own carport is often possible, but if the cable passes through common property, the owners corporation has to be part of the plan.
The rare heritage-listed house
Mount Waverley has no residential heritage precincts, but the Monash Planning Scheme’s Heritage Overlay lists 16 individual places there, from trees and windrows to Federation and Edwardian farmhouses on Lawrence Road dating from the suburb’s farming days. If your house is one of them, clause 43.01 requires a planning permit for a charger within sight of a street or public park, with lanes left out of that test. A garage or rear wall usually keeps it out of sight and out of that trigger.
Match the charger to how far you drive
United Energy, the distributor for Mount Waverley, publishes simple guidance linking weekly driving to the kind of charging a home needs. We use the same logic when we size an installation. Whatever the size, home wall chargers here normally use the Type 2 plug, the standard for AC charging in Australia.
| Weekly driving | United Energy’s suggestion | What the house needs |
|---|---|---|
| Up to 200 km | Charging from a regular outlet, which can take days to fill the battery | A sound power point on a circuit with suitable protection |
| 200 to 500 km | A dedicated EV charging unit, charging a modern EV in eight to 12 hours | A dedicated circuit, installed by a REC and registered with United Energy |
| More than 500 km | A higher-output charger; a typical 22 kW unit requires three-phase power | A three-phase supply, which not every house has |
Two cautions. The car’s onboard charger caps how fast it can take AC power, so a 22 kW unit adds nothing for a car limited to 7 or 11 kW. And moving from single-phase to three-phase is a network job as well as an electrical one; our page on the three-phase power upgrade process sets out who does what.
Supply capacity in a house going all-electric
Monash encourages residents to go all-electric through its Electrify My Home initiative, covering heat pump hot water, induction cooktops and split systems. We think that is the right direction, but each of those loads competes with the car for the same supply. An induction cooktop at 6pm, the heating on and a car plugged in can add up quickly.
Before quoting, our electricians work out the home’s maximum demand. The Victorian Service and Installation Rules call for a demand-limiting device once the calculated maximum demand passes 100 amps per phase, and United Energy lists homes needing 170 amps or more among the negotiated connections that may involve network upgrades, as its guide to new and upgraded supplies explains. The calculation tells us whether a load-managed charger, a switchboard upgrade before the charger or a supply upgrade is the sensible answer.
Building townhouses: plan the charger before the slab is poured
If you are developing a block, the easiest charger circuit is the one designed in from the start. A conduit from the meter position to each garage, space on each switchboard and a decision about single-phase or three-phase supply take little effort at the design stage and far more once driveways are laid. In our view every new townhouse garage in Mount Waverley should get that conduit, even if nobody moving in owns an EV yet.
Watch the boundary too. When a new or upgraded supply needs electricity works on council land, such as the road reserve, Monash requires a Service Authority Connection Permit, which adds a step to the timeline. Monash’s neighbourhood character policy also wants new garages and carports set back behind the front of the dwelling, so plan for the charger to sit deeper into the site, with a longer cable run.
Keep each dwelling’s charger on its own meter and switchboard. Feeding one townhouse’s charger from a neighbour’s supply, or from a common-property board, creates billing and access arguments that outlast the build.
The library bays on Miller Crescent
Monash runs two public charging bays at the Mount Waverley Library and Community Centre, part of a network of six council bays rated up to 22 kW. Residents can charge there for up to two hours. That is a handy top-up while you borrow books or shop at Hamilton Place, but bring your own cable; spares are lent from the Glen Waverley Library Express to Monash library members.
The bays run on 100% renewable electricity bought through VECO, the local government energy collaboration. A 22 kW bay still delivers only what your car’s onboard charger accepts, so a car limited to 7 kW on AC adds about 14 kWh in a two-hour session.
Two hours on a public charger cannot match a night on a home circuit, which United Energy says will charge a modern EV in eight to 12 hours. In a suburb where nearly six homes in ten run two or more cars, the library bays are a backup, not a plan.
Testing, certificates and who checks our work
On installation day we isolate the supply, fit the new circuit and its protection at the switchboard, run the cable to the carport or garage, and mount the charger where the lead reaches the car’s charge port without stretching across a path. Then we set up any app or charging schedule with you. Every installation finishes with the six mandatory tests Victorian electricians must carry out, including RCD operation, followed by your Certificate of Electrical Safety. We then lodge the charger’s registration on United Energy’s myEnergy portal. If the job included prescribed work, such as a new main switchboard or consumer mains, it must pass an independent Licensed Electrical Inspector’s check before being switched on. You can confirm our contractor registration on Energy Safe Victoria’s public register of licences and REC numbers before you book.
Frequently asked questions from Mount Waverley homeowners
Will a 1950s switchboard handle an EV charger?
Sometimes, with changes. We give the charger its own circuit and a Type A or Type B safety switch, so the board needs room for both. If the board is full, or the house’s maximum demand is already high, we recommend a switchboard upgrade before the charger goes in.
Should a new townhouse get a charger circuit even if nobody owns an EV yet?
We think so. A conduit from the meter position to the garage and space on the switchboard are easy to include during construction and much harder to add once driveways and landscaping are finished.
Can I rely on the Mount Waverley Library chargers instead of a home charger?
As a top-up, yes. The two council bays allow up to two hours of charging, which suits occasional use. For daily driving, an overnight charge at home is far more practical.
Do I need three-phase power for a home charger in Mount Waverley?
Often not. A single-phase charger of around 7 kW covers the 200 to 500 km a week band in United Energy’s guidance. Three-phase is worth weighing up if you drive more than 500 km a week, own a car that accepts 11 kW or more on AC, or are adding several large electric appliances.
Can you install a charger that came with my car?
Yes. We install chargers supplied by a dealer or bought separately, provided the unit matches your car and carries Australian approval. We check the model’s current rating and protection requirements against your switchboard before the install day, so there are no surprises.
Who registers the charger with the electricity network?
We do. Mount Waverley is on United Energy’s network, the only distributor the CitiPower and Powercor locator shows for 3149, and United Energy’s rule is that a REC installs each wall charger and registers it on myEnergy, so we lodge that once the charger is in.
To plan it properly, book a site check via our contact page for a charger quote; the phone line, 1300 003 853, is staffed from 7am to 7pm, Monday to Saturday. If you live on the Glen Waverley side of Blackburn Road, our EV charger installation Glen Waverley page is the closer match, and our EV charger installation Brighton page describes the premises we travel from.