How to plan electric vehicle charging for apartments and strata: a step-by-step checklist
Walk into any strata committee meeting in Australia right now and you'll hear a version of the same conversation: a resident just bought an EV, they want to charge it in the car park, and nobody in the room knows what to do next. It's happening faster than most buildings anticipated. EV sales have accelerated sharply, but the electrical infrastructure beneath most apartment buildings was designed long before anyone considered plugging a car into it. Planning electric vehicle charging for a strata building takes more than goodwill, it takes a structured process. Vehicle charging in a multi-residential building is not as simple as mounting a wall box and running a cable. It involves assessing your building's available electrical capacity, navigating body corporate approvals, engaging licensed electricians, and setting up billing systems that treat every resident fairly. Get those pieces right and you have a system that serves the building for years. Skip them and you're looking at tripped breakers, disputes over power bills, and expensive retrofits down the track.
Setting up electric vehicle charging in a multi-residential building is not as simple as mounting a wall box and running a cable. It involves assessing your building's available electrical capacity, navigating body corporate approvals, engaging licensed electricians, and setting up billing systems that treat every resident fairly. Get those pieces right and you have a system that serves the building for years. Skip them and you're looking at tripped breakers, disputes over power bills, and expensive retrofits down the track.
At Future Charging Solutions, we've guided strata buildings and property managers through this exact process across Australia for over a decade. This checklist walks through every stage clearly, so your body corporate can approach the process with confidence rather than confusion.
The charger types you need to understand before anything else
Level 1, Level 2 and DC fast charging: what the labels mean in practice
Three categories cover almost everything you'll encounter. Level 1 charging uses a standard household outlet and delivers roughly 10, 15 km of range per hour, which means a fully depleted battery can take 20, 40 hours to recover. It's rarely the right choice for a strata building. Level 2 AC charging, typically a 7 kW single-phase wall box, delivers around 35, 50 km of range per hour. For most EV models, including the MG4 and BYD Atto 3, that translates to a full overnight charge in 8, 10 hours, fitting a residential schedule neatly.
DC fast charging operates at 50, 350 kW and can add 150, 300 km of range in 15, 30 minutes. It's built for highway corridors and commercial forecourts, not apartment car parks. The cost, electrical demand, and the way residents actually use their vehicles all make DC fast charging the wrong fit for residential strata.
Why Level 2 AC is the practical electric vehicle charging standard for strata
The logic is straightforward. Residents charge overnight, not during 20-minute highway stops. A 7 kW Level 2 unit matches that behaviour precisely and covers the vast majority of resident needs without requiring dramatic network upgrades. Some buildings choose to future-proof by running 11 kW three-phase backbone infrastructure, but single-phase 7 kW covers most residents comfortably and keeps initial costs manageable.
How to think about how many chargers your building needs
The single biggest planning mistake is designing for today's demand only. Buildings that install one or two chargers often find a waiting list within 12 months. A sound approach assesses current EV ownership among residents, projects realistic growth over five years, and designs a backbone infrastructure that allows additional bays to be activated without rewiring the entire car park. Installing the conduit and sub-board capacity upfront, even before every bay has a charger, saves significant cost later.
Why electric vehicle charging in a strata building is a different problem from a house
Shared electrical infrastructure and its limits
Most apartment buildings constructed before 2020 weren't designed with EV charging in mind. The main switchboard and consumer mains supply a fixed amount of power shared across common areas, lifts, resident meters and any existing shared services. Adding several 7 kW chargers without first assessing available capacity risks tripping the main breaker, triggering costly network upgrades, or both. A proper feasibility assessment measures actual peak demand and calculates what the building can absorb before a single charger is ordered.
Individual metering, billing and fairness between residents
Running EV chargers off common-area power and splitting the bill equally doesn't work. Residents who don't own EVs won't accept subsidising those who do, and they're right not to. The answer is dedicated sub-metering or a smart charger platform that records each session individually and assigns the energy cost to the resident who used it. Most modern smart chargers operate on OCPP-based management platforms that handle this automatically, generating monthly billing reports the body corporate can use without manual tracking.
Body corporate approval and what the process looks like
Under Australian strata legislation, any installation that affects common property or shared electrical systems requires formal body corporate approval. The threshold varies by state: in NSW, a sustainability infrastructure proposal passes unless 50% or more of votes cast are against it; in Victoria, substantial alterations typically require a 75% special resolution. Across all jurisdictions, the process involves submitting a formal proposal, presenting a feasibility report, holding a meeting, and recording the resolution before any work begins. Rushing this step creates disputes that can stall a project for months.
A step-by-step electric vehicle charging checklist for your building
Site feasibility and electrical assessment. Before anything else, understand what your building's electrical infrastructure can actually support. A specialist conducts a site feasibility assessment covering available supply capacity, switchboard condition, metering arrangements, cable routes to proposed charging bays, and whether network upgrades are needed. This assessment forms the evidence base for the body corporate proposal and prevents costly surprises mid-installation. The team at Future Charging Solutions starts every strata engagement here.
System design, body corporate approval and permits. With a feasibility report in hand, your installer prepares a system design showing charger locations, power allocation per bay, load management strategy and billing platform. This goes to the body corporate for approval. Once approved, electrical permits and any network connection applications are lodged with your local distribution network service provider (DNSP). Navigating DNSP paperwork is one of the more time-consuming parts of the process; a project manager who handles that coordination on the building's behalf makes a material difference. Future Charging Solutions manages this step directly for every strata client.
Installation by licensed electricians. All hard-wired EV charger installation must be carried out by a licensed electrician. A proper installation covers switchboard work, conduit and cabling to charging bays, charger unit installation, and connection to the billing platform. Every Future Charging Solutions project uses licensed electricians with a dedicated project manager across each stage to ensure compliance, safety and timeline accountability.
Commissioning, testing and handover. Once installed, chargers are commissioned and tested, the billing platform is activated, and residents are onboarded with clear instructions. A thorough handover includes documentation covering the installation, warranty terms and a maintenance schedule. This step is frequently skipped by cheaper operators, and it's consistently where problems surface six months later.
What installation and running costs look like in Australia
Typical installation costs for a strata or apartment system
A single 7 kW Level 2 wall box in a straightforward residential setting costs roughly A$1,200, A$3,200 installed, covering hardware and labour. Strata installations involve additional scope: common-area cabling, switchboard work, sub-metering, conduit through car parks, and potentially network upgrade contributions. A realistic per-bay installed cost in a strata building typically lands between A$2,000 and A$5,000 or more, depending on cable run length, switchboard condition and the number of bays being installed simultaneously. Installing multiple bays at once reduces the per-bay cost substantially, another strong reason to design for future demand from the outset.
What residents pay to charge, and how it compares to public networks
Home EV charging in Australia currently costs roughly 29, 41¢/kWh depending on the state, with off-peak tariffs as low as 8, 22¢/kWh. For a 60 kWh battery, a full charge at home costs approximately A$18, A$25 at standard rates. Public DC fast charging typically runs 45, 65¢/kWh, putting the same charge at A$33, A$39 or more. Residents who charge overnight in their building's dedicated bay benefit from home-equivalent rates, and that cost difference is one of the strongest arguments you can make to a body corporate weighing up whether the investment is worthwhile.
Rebates, grants and financing available in 2026
There is no universal federal rebate for residential EV chargers. The ACT Sustainable Household Scheme offers eligible households loans of A$2,000, A$15,000 at 3% interest, while ACT businesses can access a charger rebate of up to 50% of purchase and installation costs, capped at A$3,000 per charger. Western Australia's Charge Up Grants cover approximately 50% of costs for eligible small and medium businesses. South Australia has a smart-charger rebate of up to A$2,000 under targeted arrangements. Fleet operators should also examine the federal EV Fleets Incentive, confirm current eligibility criteria and application deadlines on the official programme page, as allocations and closing dates are subject to change. Future Charging Solutions can advise on which programmes apply to your specific building or fleet situation and assist with the application process.
Smart energy management and keeping the system performing long-term
Load management: protecting the building's electrical infrastructure
Without load management, several residents plugging in simultaneously can push demand above the building's supply limit. Dynamic load balancing solves this by automatically reducing each charger's output when combined demand approaches the threshold, then restoring it as load drops. Most commercial-grade strata charger systems include this capability as standard. That capability is what separates a system that operates reliably for years from one that trips the mains breaker on a summer evening when the air conditioning and six chargers are all running at once.
Energy monitoring and planning for future demand
Smart charging platforms give the body corporate session data, energy consumption reports and per-resident billing records. That same data guides future planning: when utilisation reaches 70, 80%, it signals that the next bank of chargers needs to be assessed before demand outstrips current capacity. Preventative maintenance programmes include regular hardware checks, software updates and annual capacity reviews, keeping the building ahead of demand rather than reacting to failures after they happen.
Choosing a partner who manages the whole process
The most common mistake strata buildings make is engaging a general electrician who can install a charger but can't advise on load management, billing platforms, DNSP applications or future scalability. A specialist end-to-end provider covers site assessment, system design, licensed installation, commissioning, billing platform setup and ongoing maintenance under a single point of responsibility. For a body corporate that doesn't want to coordinate multiple contractors across a complex project, that unified project management layer is what makes the difference between a smooth rollout and an expensive headache.
The right first step is simpler than you think
Here's the process in brief: understand your charger options, assess your building's electrical capacity, secure body corporate approval backed by a solid feasibility report, install with licensed electricians under proper project management, and set up smart energy management for long-term performance. Each step builds on the last, and skipping any one of them creates problems that are far more expensive to fix later.
Electric vehicle charging in strata buildings is entirely achievable when it's planned properly. The buildings that do it well start with a feasibility assessment, not a product brochure. If your body corporate is at the early stage of this conversation and doesn't know where to begin, that assessment is exactly where Future Charging Solutions starts with every client. Get in touch with our team to book a site feasibility assessment and get a clear picture of what your building can support.
Frequently asked questions about electric vehicle charging in strata
Can a strata resident install their own EV charger without body corporate approval?
Generally, no. Any installation affecting common property or shared electrical infrastructure, including the main switchboard or common-area circuits, requires formal body corporate approval under Australian strata legislation. Individual residents installing a charger solely within their own lot boundary may face fewer requirements, but the electrical connection almost always touches shared infrastructure, so approval is the standard starting point.
How long does the full installation process take from start to finish?
For a straightforward strata building with no major network upgrades required, allow three to six months from initial feasibility assessment through to commissioned chargers. Buildings that require DNSP network augmentation or complex switchboard upgrades may take longer. Starting the process before demand is urgent gives your body corporate the best chance of a smooth timeline.
What happens if more residents buy EVs after the initial system is installed?
A well-designed system anticipates this. By installing conduit and sub-board capacity for more bays than the initial rollout requires, adding chargers later is a relatively straightforward activation rather than a full retrofit. Smart charging platforms also allow the body corporate to monitor utilisation and schedule the next expansion before the current system reaches capacity.
Are there public charging networks residents can use in the meantime?
Yes, Australia's public charging network has expanded considerably, with stations available through providers operating across major cities and regional corridors. However, public DC fast charging typically costs 45, 65¢/kWh, compared with 29, 41¢/kWh for home charging. Residents who rely on the public charging network long-term pay significantly more, which is a practical incentive for the body corporate to move forward with a building solution.
