EV Charger Installation in Cambridge, Ontario

Historic Galt and Preston homes

Older Cambridge homes need a routing plan before a price. Stone and double-brick exteriors change how equipment is mounted and how a wall is penetrated; plaster interiors mean the route wants to use unfinished space. Service size is the second question, and a load calculation on a gas-heated home usually leaves room for a 30- or 40-amp circuit.

Where a detached garage at the back of the lot is the parking spot, a feeder and small subpanel is the durable answer — it also finally gives the garage proper lighting and receptacles.

Newer Cambridge subdivisions

In the east end and the newer Hespeler-area streets, panels are modern and runs are short. The decisions are charger output matched to your vehicle, mounting for the way you park, and whether to prepare now for a second vehicle.

• Attached-garage Level 2 installations
• Builder rough-in verification
• Dual-vehicle shared circuits
• Load calculations for older core homes

Industrial, fleet and workplace charging

Cambridge's manufacturing and logistics facilities typically have service capacity that residential-scale installers never encounter, which makes staged depot and employee charging genuinely practical. The engineering questions are distribution across large parking areas, load management between stations, and whether charging should be scheduled around the plant's own demand peaks to avoid demand charges.

Scheduling charging outside peak production hours is often the single largest cost saving available on a commercial site, and it is a configuration decision rather than a hardware one.

Multi-residential charging

Cambridge's apartment and condominium stock generally has constrained services and surface or underground shared parking. The workable design is a metered, load-managed group on a dedicated feed, with conduit sized for later phases rather than a first-come circuit that exhausts the spare capacity.

Safety, code compliance and ESA inspection

Every installation follows the Ontario Electrical Safety Code and is notified to the Electrical Safety Authority, which issues the inspection. That matters beyond compliance: an unnotified charger circuit can complicate a home insurance claim or a future sale, and uncertified work on a 240-volt continuous load is a genuine fire risk. The electrical work is carried out under Breton Electrical Inc., ECRA/ESA licence #7018356.

How the installation works, step by step

1. 1

   Tell us what you drive and where you park

   A two-minute form or phone call. Vehicle brand, parking location, timing, and a photo of your panel if you have one.

2. 2

   Site assessment and load calculation

   In Cambridge we establish whether you are in an older core home with masonry construction and a small service, or a modern subdivision home where the run is short.

3. 3

   Fixed written quote

   You get an itemized price covering materials, labour and ESA notification. No allowances that move later.

4. 4

   Installation day

   Circuit run, charger mounted and configured to the installed breaker, everything tested and energized. Most single-charger homes are done in one visit.

5. 5

   ESA notification and handover

   The work is filed with the Electrical Safety Authority and we walk you through the charger app, scheduling and charging settings before we leave.

Typical EV charger installations in Cambridge

Common questions

EV charger installation in Cambridge: common questions