Charging an EV at home in Toronto usually means adapting to the lot you've got — a detached garage off a back lane in Leslieville or The Junction, a shared mutual drive in The Annex, or a single-car garage behind an East York bungalow. We install Level 2 chargers and Tesla Wall Connectors, size them to your panel, and permit the work through ESA.
EV Charger Installation in Toronto: local know-how
The first question on every Toronto EV job is capacity, not the charger itself. A 40-amp Level 2 circuit is a serious continuous load, and plenty of homes in The Beaches, East York and the older parts of Etobicoke still run 100-amp — sometimes 60-amp — service that's already busy with a furnace, central air and a finished basement. We run a proper load calculation to Ontario Electrical Safety Code rules before committing to an amperage, and where the existing service can't carry a hardwired 40-amp charger we'll either right-size the unit, add a load-management device that pauses charging when other big loads run, or recommend a 200-amp service upgrade. The second challenge is the run. Toronto's detached garages and laneway structures often sit thirty or forty feet back from the panel with no existing sub-feed, so we plan a conduit route, a garage sub-panel where it makes sense, and a weatherproof termination for a Tesla Wall Connector or a NEMA 14-50 receptacle. Downtown and Annex homeowners with only a mutual drive sometimes need a wall-mounted unit and a careful cable path instead. Every EV charger circuit is a new circuit under the Code and requires an ESA notification and inspection, which we file and coordinate. We're licensed and insured, and we leave you a clean, labelled install with documentation for the inspection.
What's included
- On-site electrical load calculation to confirm your panel can support the charger
- Supply and installation of the EV charger, or installation of a unit you already own
- Dedicated 240V circuit with correctly sized breaker and wire (typically 40A or 60A)
- Hardwired connection or a NEMA 14-50 outlet, depending on your charger and preference
- ESA permit application, inspection scheduling and final sign-off
- Weatherproof exterior installation for driveway and detached-garage parking
- Cable management, mounting and tidy conduit runs to the panel
- Walkthrough of charger setup, app pairing and scheduled-charging features
How it works / what to expect
We start with a visit or photos of your panel, then run a load calculation to confirm available capacity and recommend a charger output that fits. We map the cleanest cable route from the panel to your parking spot, whether that's an attached garage, carport or driveway. On install day we run the dedicated 240V circuit, mount and connect the charger or NEMA 14-50 outlet, and label the new breaker. We apply for the ESA permit and coordinate the inspection, which the Electrical Safety Authority carries out to verify the work meets the Ontario Electrical Safety Code. Most single-charger residential installs are completed in a day; panel upgrades or long conduit runs can add time, which we flag before starting.
Cost factors in the GTA
EV charger pricing is driven by a few real variables rather than a flat rate. The biggest is the distance and difficulty of the run from your panel to the parking spot: a charger on the garage wall beside the panel is far cheaper than a run across a finished basement or out to a detached garage. Panel capacity matters too. If your load calc shows no room, you may need a service or panel upgrade, or a load-management device, which adds cost. Other factors include the charger hardware itself, whether wiring is surface conduit or fished inside walls, trenching for detached structures, and the ESA permit fee. Because every home differs, we provide a firm quote only after an on-site assessment rather than a number over the phone.
Serving every part of Toronto
We cover Downtown, The Annex, Leslieville, The Beaches, Etobicoke, East York, The Junction and Yorkville — and the rest of Toronto. Call (289) 799-3802 for same-day and emergency availability.