EV Home Charging in Ontario: Costs, Chargers and Installation

Charging at home is what makes owning an electric vehicle in Ontario convenient and inexpensive. Most owners plug in overnight and start each day with the range they need, without visiting a public charger except on road trips. With the Ultra-Low Overnight (ULO) price plan, home charging is also among the cheapest ways to fuel any vehicle.

This guide covers the types of home charging, what installation involves in Ontario, what it costs to run, and how to handle winter. Figures are estimates unless noted.

Level 1 vs Level 2 charging

	Level 1	Level 2 (32 A)	Level 2 (48 A)
Supply	Standard 120 V outlet	240 V, 40 A circuit	240 V, 60 A circuit
Power	About 1.4 kW	About 7.7 kW	About 11.5 kW
Range added per hour (at 18 kWh/100 km)	About 7–8 km	About 40 km	About 60 km (if the car can accept it)
Range added in 8 overnight hours	About 60 km	300+ km	400+ km
Typical installed cost	$0 (cord included with most EVs)	$1,500–$3,000	$1,500–$3,000+
Best for	Low daily driving, plug-in hybrids	Most battery-electric drivers	Large-battery EVs, two-EV homes

Level 1 is enough for many plug-in hybrids and for drivers who cover under about 50 km a day, but it struggles in winter, when cabin and battery heating use more energy. Level 2 suits most battery-electric vehicles and lets you complete charging within the eight-hour ULO overnight window.

Note: Your car's onboard charger limits Level 2 speed. If your vehicle accepts a maximum of 7.2 kW, a 48 A charger won't charge it faster than a 32 A unit.

Installation in Ontario

Permits and who can do the work

Installing a Level 2 charger is electrical work requiring an Electrical Safety Authority (ESA) permit. In Ontario, electrical work for hire must be done by a Licensed Electrical Contractor, who takes out the permit and arranges inspection. Homeowners can do some electrical work on their own home with a permit, but EV circuits involve 240 V and high continuous loads; most people are better served by a licensed contractor. See esasafe.com (opens in a new tab).

Use only chargers certified for use in Canada (look for a recognized certification mark such as CSA or cUL). Uncertified products sold online can be unsafe and may fail inspection.

Panel capacity and load calculation

Your electrician will calculate whether your service can handle a continuous EV load:

• 200 A service: usually fine for a 40 A charger circuit, unless the home already has electric heat, a heat pump and other large loads.
• 100 A service: often workable with a smaller charger, a lower charging current or a load management device.
• 60 A service: usually needs an upgrade.

Load management devices (sometimes called EV energy management systems) monitor your total household load and reduce or pause charging when other appliances are running. They can often avoid a service upgrade, which can cost several thousand dollars and require coordination with your local distribution company.

What drives installation cost

Factor	Effect on cost
Distance from panel to parking spot	Longer runs need more wire and labour
Indoor garage vs. driveway	Outdoor installs need weather-rated equipment and may need trenching
Panel space	A full panel may need a subpanel or replacement
Service capacity	Upgrade adds substantially to cost
Hardwired vs. plug-in	Hardwired installs are generally more robust for daily heavy use
Finishing	Drywall repair, conduit, surface mounting

Typical installed cost for a straightforward Level 2 installation is $1,500–$3,000, including the charger. Get at least two quotes.

Caution: Don't plug a Level 2 charger into an existing dryer outlet or use an extension cord. EV charging is a continuous load for hours at a time, and circuits not designed for it can overheat.

What charging costs on each price plan

The example below assumes 20,000 km a year at 18 kWh/100 km, or 3,600 kWh at the battery and about 4,000 kWh from the wall after roughly 10% charging losses. "All-in" adds an estimated 2.5¢/kWh for variable delivery and regulatory charges, HST at 13% and the 15.7% Ontario Electricity Rebate. These are estimates; your LDC's charges differ.

Charging time and plan	Commodity price	All-in estimate	Annual cost (4,000 kWh)	Per 100 km
ULO overnight (11 p.m.–7 a.m.)	3.7¢	About 6.0¢	About $240	About $1.20
TOU off-peak (7 p.m.–7 a.m. weekdays, weekends)	9.1¢	About 11.3¢	About $450	About $2.25
Tiered, above threshold	13.2¢	About 15.3¢	About $610	About $3.05
ULO on-peak (weekdays 4–9 p.m.), avoid	37.7¢	About 39.1¢	About $1,560	About $7.80
Gasoline car, 8 L/100 km at $1.50/L (assumed)			About $2,400	About $12.00

Use our EV charging cost calculator with your own mileage and rates.

Should you switch to ULO?

ULO is very attractive for EV owners, but the 37.7¢ on-peak price applies to your whole home's use on weekday evenings. Adding about 4,000 kWh a year of overnight charging usually makes ULO the cheapest plan, even for households that can't shift other use. Check with our price plan calculator and read the price plans guide.

Tip: Set charging to start at 11:05 p.m. in your car's app or charger app, not on the 11 p.m. mark. A few minutes of buffer avoids accidentally paying mid-peak rates if clocks differ slightly.

Winter charging in Ontario

Cold weather reduces EV range, commonly by roughly 20–40% in sub-zero conditions, because the battery is less efficient and cabin heating uses energy. Heat-pump-equipped EVs lose less. To minimize the impact:

• Precondition while plugged in. Warm the cabin and battery from the grid before you leave, ideally scheduled near the end of the overnight window.
• Park in a garage if possible. Even an unheated garage keeps the battery warmer than a driveway.
• Use seat and steering-wheel heaters. They use far less energy than heating the cabin air.
• Check your charger's temperature rating if it's mounted outdoors; choose a unit rated for Ontario winter temperatures.

EVs, solar and batteries

An EV is one of the largest single loads in a home, adding roughly 3,000–5,000 kWh a year. That affects decisions about solar and storage. Under net metering, solar credits built up in summer can offset winter overnight charging. Under load displacement, such as with the Home Renovation Savings Program's solar + battery rebate, daytime charging on weekends or work-from-home days raises the value of your solar. See solar rebate vs. net metering.

Condos and rental housing

If you live in a condo, you will need approval from your condominium corporation before installing a charger. Ontario's condominium rules include a process for owners to request EV charging installations, and many buildings now offer shared or individually metered chargers. Tenants should get the landlord's written approval. See our renters and condos guide.

Incentives

At the time of writing we are not aware of a province-wide Ontario rebate for home EV chargers. Some local utilities and employers occasionally run pilots or offers. Check our rebate finder for current listings.

Frequently asked questions

Do I really need a Level 2 charger?

Not always. If you drive under about 50 km a day or own a plug-in hybrid, Level 1 may be enough most of the year. Many owners find Level 1 falls short in winter, when energy use per kilometre rises.

Will charging my EV double my hydro bill?

Unlikely. At 4,000 kWh a year on ULO overnight, charging adds roughly $20 a month to an average bill (estimate). On Tiered or charged at peak times, it can be considerably more.

Is it safe to charge outside in rain and snow?

Yes, when the charger and connector are certified and rated for outdoor use and installed under an ESA permit. EV connectors are designed not to energize until securely connected to the vehicle.

Can my EV power my home during an outage?

Only if both the vehicle and the home equipment support bidirectional charging with an approved transfer setup. This is becoming more common but remains limited; ask your electrician what your vehicle supports before buying equipment.