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Electric vehicle ownership in Toronto is growing fast – and the home charging question comes up almost as soon as people drive the car off the lot. The dealership recommends a Level 2 charger. Someone in an online forum says a standard outlet is fine. The electrician they called gave them a quote that seemed high. Here’s a clear answer to the questions we get most often.
Level 1 vs. Level 2: What’s the Actual Difference?
Level 1 – Standard 120V Outlet
A standard North American outlet delivers about 1.4 kW of charging power. For most EVs, this adds roughly 8 kilometres of range per hour of charging. If you drive 60 kilometres a day, you need about 7 to 8 hours of charging overnight to recover it. For light daily use, this is sufficient.
The limitation: if you arrive home with a significantly depleted battery, or if you miss a night of charging, you won’t recover in time for the next day. And as EVs get larger batteries, the gap becomes more pronounced.
Level 2 – Dedicated 240V Circuit
A Level 2 charger (the kind installed by an electrician) delivers 7 to 11 kW depending on the amperage of the circuit and the onboard charger capacity of the vehicle. This adds 40 to 80 kilometres of range per hour – effectively charging most EVs from empty to full in 4 to 8 hours. For most households, this means plugging in when you get home and being full by morning regardless of what the day looked like.
This is what we recommend for most EV owners.
What Does Installation Actually Involve?
A Level 2 charger requires a dedicated 240V circuit – typically 40 to 50 amps – run from your electrical panel to the garage or parking area where the charger will be mounted. The steps:
- Assess the existing panel for available capacity
- Run conduit and cable from the panel to the charger location
- Mount and wire the charger unit
- Pull the ESA permit where required
- Schedule and pass the ESA inspection
- Provide the ESA certificate of inspection
What If My Panel Doesn’t Have Capacity?
This is the most common complication. A 60-amp or older panel doesn’t have the capacity for a 40 or 50-amp EV charger circuit. The options:
- Panel upgrade to 100 or 200 amps – the comprehensive solution, and often the right one if the panel was due for replacement anyway
- Sub-panel in the garage – if the main panel has enough capacity but is distant from the garage, a sub-panel can be a cleaner solution
- Load management – some charger models have built-in load management that limits charging current based on total household demand, allowing installation on panels with limited headroom
Smart Chargers
Most modern Level 2 chargers are WiFi-connected and allow you to schedule charging for off-peak hours (which reduces electricity costs on time-of-use plans), monitor energy usage, and in some cases integrate with solar panels. We supply and install a range of charger units and can advise on the right one for your vehicle and usage pattern.
The ESA Permit Question
Yes, an EV charger installation in Ontario requires an ESA permit when a new circuit is being installed. This is not optional, and the inspection that follows ensures the installation is safe. We handle the permit and coordinate the inspection – you receive the ESA certificate when the inspection passes.
What Does It Cost?
A straightforward EV charger installation – panel with available capacity, garage nearby – typically runs $800 to $1,500 including the charger unit, the circuit, and the ESA permit. If a panel upgrade or sub-panel is required, that adds to the cost. We give an honest assessment of what’s needed before quoting anything.
Ready to Talk?
If you have questions about your home – or you’re ready to get started – call us at 647-427-7366 or request a quote at thehandyforce.com. We serve East York, North York, and the surrounding Toronto neighbourhoods.
– The HandyForce Team
