APARTMENT EV CHARGING GUIDE

EV Charging in Apartments:
The Complete Guide

For Residents and Strata Committees (VIC & QLD)

A practical guide to apartment EV charging, owners corporation and body corporate approval, load management, billing and building-wide EV-ready infrastructure.

Apartment EV Charging: What Residents and Committees Need to Know

You’ve bought (or you’re about to buy) an electric vehicle. There’s just one problem: you live in an apartment, and your building has no EV charging infrastructure.

You’re not alone. Around one in four Victorians live in strata-managed buildings that weren’t set up for EV charging, and the picture in Queensland is much the same. Meanwhile, 80–90% of EV owners prefer to charge where they live — overnight, off-peak, waking up to a full battery.

The good news: this is a solved problem. Modern shared charging systems mean almost any apartment building can offer home charging without expensive grid upgrades, without arguments about who pays for the power, and without strata approving requests one messy install at a time.

This guide answers the questions we hear most from apartment residents and strata committees across Victoria and Queensland — and explains the building-wide “charging backbone” approach that gets everyone what they want.

Professional EV charging installation by Smith & Winters Electrical.

PART 1

Questions Apartment Residents Ask

Can I charge an EV if I live in an apartment with no charger?

Yes — but how easily depends on your building. Your realistic options are:

A dedicated charger at your car space (the goal — fast, convenient, billed to you)
Trickle charging from a power point (slow, and usually a compliance and billing headache — see below)
Public charging (workable as a stopgap, but 2–3 times the cost per kWh of home charging and a poor long-term substitute)

The best outcome for almost every apartment resident is a properly installed AC charger at their own bay, connected to a building-wide load management system. That’s what the rest of this guide is about.

Can I just plug into a power point in the car park?

Please don’t. This is the single most common shortcut we see, and it causes three problems:

It’s someone else’s electricity. Common-area power points are metered to the owners corporation / body corporate, so every other owner is paying for your driving. That gets noticed, and it gets banned.
It’s often unsafe. Standard 10A outlets and extension leads were never designed for hours of continuous high draw. Strata bodies have found residents running 20-metre extension cables from an upstairs apartment down to the car park — exactly the kind of DIY arrangement that creates genuine fire risk and gives EV charging a bad name with committees.
It’s painfully slow. A standard outlet adds roughly 10–15 km of range per hour. Fine for a plug-in hybrid; frustrating for a full EV.

If a power point is genuinely your only option in the short term, get written approval from your committee and an agreed way to pay for the usage. But treat it as a bridge, not a destination.

Do I need body corporate / owners corporation approval to install a charger?

Almost always, yes. Even if you own your car space on title, the cabling to reach it nearly always crosses common property (car park walls, ceilings, risers, the main switchboard). That makes it a modification to common property, which requires approval.

In Victoria, owners corporations can no longer refuse an EV charger installation on aesthetic grounds alone (heritage-listed buildings excepted), and refusals generally need to be reasonable. If you believe a refusal is unreasonable, VCAT is the escalation path.

In Queensland, the Body Corporate and Community Management Act still requires formal body corporate approval, and there’s no automatic deemed-approval mechanism. However, by-laws that attempt to ban EVs or EV charging outright are likely to be considered oppressive and unlawful. Queensland committees must consider requests properly — a blanket “no” doesn’t hold up. QCAT is the escalation path if it comes to that.

In both states, your chances of approval improve enormously when you bring the committee a professional proposal: an electrical assessment, a compliant installation design from a licensed electrician, and a clear answer on billing. (Better yet — see Part 3 for the approach that removes the need for one-off approvals entirely.)

How much does it cost to install an EV charger in an apartment?

For a one-off individual install, industry figures typically range from around $1,500 to $3,500+, and can climb well past $5,000 when the cable run from the switchboard to your bay is long, or when the switchboard itself needs upgrading.

Here’s the part most residents don’t hear until it’s too late: one-off installs get more expensive for every person who comes after you. Each ad-hoc charger eats into the building’s spare electrical capacity. The first couple of installs might squeak through; by the third or fourth, the building either hits its supply limit or faces a costly rewiring exercise. This is why forward-thinking committees are moving to a shared backbone model with standardised per-bay pricing — covered in Part 3.

I'm a renter — can I get a charger installed?

You’ll need your landlord’s written permission on top of the body corporate process, and you’ll want to agree upfront on who owns the charger at the end of the lease. Many landlords see a charger as a value-add to the property. The backbone model helps renters too: once a building’s bays are pre-wired, adding or removing a charger is a quick, low-cost job rather than a construction project — a much easier conversation with a landlord.

How is the electricity billed? Am I paying for my neighbour's charging?

With a properly designed system, no. Every charging session is metered to the individual user — via the charger’s built-in metering, an app or an RFID tag — so you pay for exactly the kWh your car uses, and nobody else’s. The owners corporation is fully reimbursed for power drawn through common infrastructure. “User pays” is the standard that keeps everyone (including your non-EV-driving neighbours) happy.

Is an EV charger a fire risk in an underground car park?

This concern comes up in almost every committee meeting, so let’s deal with it directly. The data doesn’t support it:

NRMA data recorded just 13 EV fires in Australia between 2021 and 2026, against more than 11,500 internal-combustion vehicle fires over the same period.
A compliant, hard-wired AC charger installed to Australian Standards includes dedicated circuit protection, residual current protection and continuous self-monitoring. Its risk profile is comparable to other high-draw fixed appliances.
Major strata insurer CHU has confirmed that EV charging in strata schemes doesn’t change premiums or risk ratings when installed properly.

The genuine fire risk in strata buildings isn’t a compliant EV charger — it’s extension leads, double adaptors and DIY charging arrangements. Which is precisely why a professionally managed, building-wide system is the safer option, not the riskier one.

Planning the electrical infrastructure properly is critical as apartment EV demand grows.

PART 2

Questions Strata Committees and Managers Ask

Does our building have enough electrical capacity for EV charging?

Here’s the honest answer: almost no existing strata building has enough spare supply for every bay to charge at full power simultaneously. If that were the requirement, EV charging in apartments would be dead on arrival.

It isn’t the requirement. Cars sit parked for 10+ hours overnight and only need a few hours of charging. A dynamic load management system monitors the building’s total consumption in real time and shares the available headroom across every connected vehicle — speeding up charging when the building is quiet (overnight, exactly when cars are plugged in) and throttling back during peak demand. The building’s main supply is never exceeded, no expensive supply upgrade is needed, and everyone’s car is full by morning.

Capacity isn’t the barrier it used to be. Unmanaged, piecemeal installations are.

Should we approve charger requests one at a time?

This is the trap. Approving individual installs as they arrive feels low-commitment, but it produces:

Uncoordinated cabling criss-crossing the car park, each run priced and installed separately
First-come, first-served capacity — early adopters consume the spare supply, and later residents are told “sorry, the building’s full”
No consistent standard for hardware, billing or safety, which is exactly what worries insurers
A far higher total cost than doing the infrastructure once, properly

The alternative is a single decision: install a shared charging backbone that makes every bay EV-ready, then let individual owners opt in at their own cost when they’re ready. One vote, one standard, one transparent price list. Committees that take this path stop fielding one-off requests forever.

Who pays — EV owners or all owners?

The fairest and most widely accepted model splits it in two:

The backbone (shared infrastructure) benefits every lot: it future-proofs the building, adds a marketable amenity, and supports property values. It’s typically funded by the owners corporation / body corporate (capital works / sinking fund or special levy).
Individual chargers and electricity are user-pays. The resident who wants a charger buys it; every kWh they use is metered and billed to them.

This structure defuses the classic cross-subsidy objection (“why should I pay for someone else’s car?”) because non-EV owners fund only the shared asset that lifts the whole building — never anyone’s driving.

Will EV charging affect our building insurance?

Engage your insurer or broker early — before installation, not after — so the system is on record. In practice, insurers are comfortable with professionally designed installations featuring compliant hardware, dedicated circuit protection, load management and a maintenance plan. As noted above, CHU has stated that strata EV charging doesn’t change rates or risk. What insurers don’t like is the alternative: undocumented DIY charging from common power points. A managed system replaces that risk with an auditable, monitored one.

Worth knowing in Queensland: body corporate legislation already allows any genuinely increased premium or claim excess attributable to a specific owner’s EV equipment to be allocated to that owner — so the wider ownership isn’t exposed even in edge cases.

What approvals and voting thresholds apply?

Victoria: A building-wide backbone that benefits all lot owners can generally be approved by ordinary resolution (simple majority) of the owners corporation, though committees should confirm against their own rules. Victoria has also mandated that all new apartment buildings be EV-ready under the National Construction Code since May 2024 — a clear signal of where the market and regulation are heading for existing buildings. The Victorian Government publishes an EV-Ready Buildings factsheet specifically to guide OC committees through the process.

Queensland: Under the BCCM Act, works are approved by ordinary or special resolution depending on scale, and the government released updated guidance for bodies corporate on EV charging in January 2026. Committees must consider requests on their merits — prohibitive by-laws are likely unenforceable.

In both states, a professionally prepared proposal — capacity assessment, staged design, fixed pricing, billing model, insurance position — is what turns a nervous committee into a confident yes.

What does “EV-ready” actually mean?

It means every car park bay is provisioned so a charger can be added quickly and cheaply — the cabling backbone, circuit protection and load management are in place, even if only a handful of chargers are installed on day one. It does not mean buying a charger for every bay upfront. EV-ready is the asset the building owns; chargers are the accessory each resident adds when they need it.

A professionally installed wall charger with dedicated electrical protection.

PART 3

The Solution — A Shared Charging Backbone with Zaptec

At Smith & Winters Electrical, we install apartment EV charging on the Zaptec Pro platform — a Norwegian-engineered system purpose-built for exactly this problem: many cars, shared power, one building.

How it works

STAGE 1

The Backbone

Stage 1 — the backbone (one decision, one install). We run a single shared supply cable around the car park, with a pre-wired Zaptec backplate at every included bay. That’s the expensive part — the cabling, the switchboard work, the circuit protection, the load management — done once, for the whole building. Zaptec’s flat-cable architecture supports up to 100 chargers per circuit, and the manufacturer puts the savings at up to 70% on cabling and up to 60% on labour compared with running individual circuits bay by bay. Each bay gets a neat backplate cover until its charger arrives.

STAGE 2

Chargers Added Bay by Bay

Stage 2 — chargers, added bay by bay (each resident’s choice). When a resident buys an EV, their Zaptec Pro charger simply mounts onto the backplate already waiting at their bay. No new cabling, no switchboard visit, no fresh strata negotiation — a fast, fixed-price install.

Why Zaptec Pro

Dynamic load and phase balancing (patented): available power is shared intelligently across every connected car, and reallocated in real time as vehicles plug in and out. Many EVs charge on a single phase; Zaptec automatically spreads load across all three phases so no capacity is wasted and the building’s main supply is protected.
Whole-building protection: a Zaptec Sense unit at the main switchboard monitors total building consumption and adjusts charging dynamically, so EV charging only ever uses genuine spare capacity. No supply upgrade required in the vast majority of buildings.
True user-pays billing: every session is metered to the individual user via app or RFID. The Zaptec Portal produces per-user consumption reports for the owners corporation, or the system connects to a third-party payment platform via OCPP for fully automated billing. Either way: each resident pays for their own kWh, and the body corporate is reimbursed in full.
Open standards, no lock-in: OCPP 1.6J compliant with an open API — the building owns infrastructure that works with the wider charging ecosystem, not a proprietary dead end.
Built to last: 5-year manufacturer warranty, continuous internal self-monitoring for temperature and electrical faults, and hardware that’s bi-directional (V2G-ready) as Australian standards for vehicle-to-grid mature.
Free management platform: the Zaptec Portal (no ongoing licence fee) gives building managers live visibility of every charger — usage, access control, load limits and remote diagnostics.

Every installation is designed and certified by our licensed A-Grade electricians to AS/NZS 3000 and the relevant Australian Standards, with documentation your committee can hand straight to its insurer.

PRICING

Transparent pricing

We believe strata committees and residents deserve to see the numbers before the first meeting, not after the third quote. Our pricing is standardised and published:

PRICING SECTION — TO BE COMPLETED

Item	What’s included	Price
Site assessment & feasibility report	Capacity assessment, switchboard review, staged design, committee-ready proposal	[TBC]
Backbone installation — per car park bay	Shared supply cabling, circuit protection, load management, pre-wired Zaptec backplate + cover at each bay	[TBC] per bay
Individual charger installation	Zaptec Pro 22kW charger, mounting, commissioning, app/RFID setup, certification	[TBC] per charger
Optional: billing setup	Portal configuration or OCPP payment-platform integration	[TBC]

No hidden variation costs for standard bays. Where a building needs additional works (switchboard upgrades, unusual cable routes), we identify and price them in the feasibility report — before anyone commits to anything.

FAQ

Frequently Asked Questions

1. Can I install my own EV charger in my apartment car space?

Not without approval. Cabling almost always crosses common property, so you’ll need owners corporation (VIC) or body corporate (QLD) consent, and the work must be done by a licensed electrician. A building-wide backbone removes the need for case-by-case approvals.

2. Can strata refuse my EV charger request?

Only on reasonable grounds. In Victoria, aesthetic objections alone are no longer valid (outside heritage buildings). In Queensland, blanket bans via by-laws are likely oppressive and unenforceable. Unreasonable refusals can be challenged at VCAT or QCAT respectively.

3. How fast will my car charge in an apartment?

A Zaptec Pro delivers up to 22kW depending on your building’s supply and your car — but most drivers need far less. A typical commuter needs only 1–2 hours at 7kW overnight to replace a day’s driving.

4. Do EV chargers increase strata insurance premiums?

Professionally installed, compliant systems have not been shown to increase premiums, and major strata insurer CHU has confirmed EV charging doesn’t change rates or risk ratings. Notify your insurer before installation as standard practice.

5. Who pays for the electricity?

The person charging. Every session is individually metered, and the owners corporation is reimbursed in full — either through Portal-based reporting or automated billing via a payment platform.

6. Does the whole building need to commit to chargers upfront?

No. The backbone makes every bay EV-ready; residents add chargers individually, at their own cost, whenever they’re ready.

7. What happens when lots of residents get EVs?

That’s what the system is designed for. Dynamic load management shares available power across all connected cars automatically, and the backbone scales to 100 chargers per circuit without re-cabling.