How to Get an EV Charger Installed in Your Toronto Condo

The short version: Getting a charger into a Toronto condo is a governance problem before it’s an electrical one. The sequence that works is: find out what capacity the building actually has, propose load-managed charging rather than a dedicated full-power circuit, and get a Section 98 agreement in place. Expect roughly $2,500–$10,000 and a timeline measured in months, not days.

If you search for advice on this, you’ll mostly find two things: electricians who only talk about houses, and condo owners on forums describing board battles that dragged on for two years. Neither helps much. So here’s the process as we actually run it, from the first email to your property manager through to a working charger.

Why this got more important in 2026

Until this year, Toronto had one of the strongest EV-readiness rules in North America. Under Toronto Green Standard v4, in force since May 2022, new residential developments had to make parking EV-ready. That changed on June 2, 2026, when Ontario’s Bill 98 received Royal Assent and barred municipalities from imposing green standards beyond the provincial Building Code. Combined with the province dropping EV-ready rough-ins from the 2024 Building Code, the result is straightforward: new buildings are no longer required to be built for EV charging.

Meanwhile demand keeps climbing. The federal government relaunched its vehicle purchase rebate in February 2026 at $5,000 per battery-electric vehicle, and Toronto Hydro connected more than 4,000 EV charging stations at homes and buildings during 2025 alone. More EVs, fewer buildings pre-wired for them. Retrofit is now the main path.

Step 1: Find out what your building actually has

Before you write to anyone, establish three facts. First, does the building already have an EV policy or has it done an installation before? If so, there’s a template and your job is mostly paperwork. Second, is there existing conduit or capacity near your parking space? Third — and this is the one that decides everything — what is the building’s spare electrical capacity?

That last question can’t be answered by looking at a panel. It needs a load study: measuring the building’s actual demand against its service size to see what’s genuinely available. Many older Toronto buildings have less headroom than owners assume, and many newer ones have more than the board fears.

Step 2: Propose load management, not a dedicated circuit

Here’s where most owner requests die. Someone asks for “a 40-amp circuit to space 112,” the board’s engineer points out that if every owner did that the building would need a service upgrade costing hundreds of thousands of dollars, and the answer is no.

The way around it is an EV Energy Management System. An EVEMS monitors the building’s load and shares available capacity among the chargers connected to it, throttling them when the building is busy and letting them run at full speed overnight when it isn’t. Ontario’s electrical code recognizes these systems, and Rule 8-500 permits the EVSE demand load to be left out of the calculated load where an EVEMS is monitoring and controlling it.

Practically, this means a building that could support four full-power chargers might support forty managed ones. It reframes the board conversation from “we can’t afford this” to “here’s how we accommodate everyone.” It’s the single most useful thing to put in your proposal.

One honest caveat: EVEMS solves a full panel with spare service capacity. It does not conjure capacity that doesn’t exist. If the building’s service is genuinely undersized, an upgrade is the real answer and the load study will say so.

Step 3: The Section 98 agreement

Installing your own equipment on common elements means an agreement under Section 98 of the Condominium Act. It’s a standard instrument that typically covers who pays for installation, who owns and maintains the equipment, who carries the insurance and liability, what happens when you sell the unit, and how electricity is billed.

Boards are usually far more comfortable once they see this in writing, because it answers the question they’re actually worried about: what happens if this goes wrong. Expect the board’s lawyer to be involved, and expect that cost to land on you.

Step 4: Billing

Three approaches are common. kWh submetering through the building is the fairest and the most common — you pay for exactly what you use, and Measurement Canada currently permits kWh-based billing for Level 1 and Level 2 charging equipment under temporary dispensations. A flat monthly fee is simpler to administer and some smaller buildings prefer it. Feeding from your own suite meter is occasionally possible where the electrical layout cooperates, and it’s the cleanest arrangement when it works, because the electricity simply appears on your own bill.

What it costs, and why the range is so wide

Toronto condo installations commonly run between roughly $2,500 and $10,000. That’s a big spread, and the drivers are worth understanding before you get quotes:

• Distance from the electrical room to your space. This is usually the single biggest factor. A space near the room is a short run; one at the far end of a second parking level can mean a hundred metres or more of conduit and cable, installed in an occupied garage.
• Load management equipment. Necessary in most buildings, and an added cost — but far cheaper than the service upgrade it avoids.
• Metering. Submetering hardware and its setup add cost, though they usually pay for themselves in fairness and board comfort.
• Building conditions. Fire-stopping between levels, core drilling, working around sprinklers and ventilation, and restricted work hours all add time.
• Copper. Long runs mean a lot of it, and copper wire prices have risen sharply since the 2025 tariffs.

Get the load study done first. Quoting a condo installation without knowing the building’s capacity is guesswork, and quotes built on guesswork tend to change.

The rebate question, answered honestly

There is currently no rebate for a home or condo EV charger in Ontario. The federal ZEVIP residential stream is closed, there’s no provincial home-charger program, and Toronto Hydro doesn’t offer one — regardless of what some contractor websites still advertise. Ontario’s Home Renovation Savings Program covers heat pumps, solar and battery storage, but explicitly not EV chargers or panel upgrades. The federal EVAP rebate that launched in February 2026 applies to the vehicle purchase.

If a contractor tells you they’ll “handle the rebate paperwork” for your charger, ask which program. It’s a useful test.

A realistic timeline

For a building that has never done this: expect one to three months to get through the board process and the agreement, then a matter of days for the installation itself. For a building with an existing EV policy, it can be a couple of weeks end to end. The electrical work is rarely the slow part.

If you’re on the board

The requests are coming whether or not you plan for them, and handling them one at a time is the expensive way. Buildings that do a single building-wide load study, adopt an EVEMS platform, and prepare a standard Section 98 agreement end up spending far less — and turn a recurring conflict into a routine form. It also protects the building’s electrical infrastructure from a series of one-off installations that nobody coordinated.

Where we come in

We do the load study, produce the documentation your board needs, install the charging equipment and the management system, and file the work with the ESA so everything is inspected and documented. If your building has never done this before, we’ve been through the process enough times to know what boards ask and what satisfies them.

If you’re a homeowner rather than a condo owner, the process is much simpler — see our EV charger installation page, and if capacity is the question, our panel upgrade page covers what’s involved. Either way, get in touch and we’ll give you a straight answer about your building.

Frequently asked questions