Span Smart Panel Installation in Toronto & the GTA

A Span Smart Panel suits homes where circuit control matters more than basic breaker replacement

A Span Smart Panel is an app-controlled electrical panel concept for homeowners who want visibility and control at the circuit level. The usual reasons are practical: EV charging, battery backup, future solar, generator planning, or the ability to choose which circuits stay on during limited backup power.

This is different from installing a few smart switches. A smart switch controls one lighting load. A smart panel sits at the electrical distribution point and must be treated like service equipment. Before anyone promises a specific Span installation, the equipment has to be confirmed for current Canadian availability, approval for use in Ontario, and any manufacturer installer requirements. If those items do not line up, a conventional panel with separate load-management, transfer, EV, or smart-home equipment may be the better route.

The best candidates are homes where the panel is already due for replacement, where a 100A service is being reviewed for modern loads, or where the owner is planning more than one major electrical upgrade. If you are adding an EV charger now and may add battery storage later, the panel decision should not be made in isolation. We plan the panel alongside 200-amp panel upgrade work, EV charger capacity, standby or portable generator connection points, and solar-ready wiring paths.

Circuit mapping is the detail that makes or breaks a smart panel project. The app is only useful if “kitchen counter plugs,” “sump pump,” “furnace,” “garage freezer,” and “EV charger” are actually the circuits they claim to be. We do not treat old handwritten panel labels as proof. Finished basements, shared neutrals, two-pole loads, tandem breakers, and past renovation wiring all have to be checked before the final circuit schedule is trusted.

The electrical requirements depend on service capacity, approved breakers, and the loads you want controlled

A Span Smart Panel is permanently wired service equipment, not a cord-and-plug device. The starting point is a load calculation and a physical review of the existing service: panel rating, main breaker size, grounding and bonding, service conductors, meter location, available breaker spaces, and the condition of the service entrance.

The amperage is not chosen because an app sounds convenient. It has to match the home’s service capacity and the OESC requirements for the connected loads. EV chargers, electric ranges, dryers, heat pumps, hot tubs, basement apartment loads, and battery systems can change the calculation quickly. If the existing service cannot support the planned equipment, load management or a service upgrade may be needed.

Breaker and wire requirements are project-specific. The panel must use breakers that are approved for that equipment and installation, and each branch circuit has to be landed correctly for its load type. A 240V load, a multi-wire branch circuit, an AFCI or GFCI-protected circuit, and a simple lighting circuit are not interchangeable. During planning we identify which circuits are critical, which are shed-able, and which should never be turned off casually, such as smoke/CO alarm circuits, heating equipment, sump pumps, medical equipment circuits if present, or network gear used for monitoring.

Integration planning matters before the wall is opened. If an EV charger is part of the plan, compare the smart panel approach with a dedicated charger installation such as ChargePoint Home Flex installation. If whole-home smart control is really about lighting scenes, a device-level option like Leviton Decora Smart installation may solve the problem without replacing the panel. If the priority is a proven conventional load centre, we may also discuss alternatives such as Square D QO panel installation or other approved panel lines.

The installation is handled like a permitted panel replacement with extra mapping and commissioning

A smart panel installation starts with a site visit. We review the existing panel, meter area, service conductors, grounding, panel location, working space, wall construction, internet/network considerations for app use, and the routes for any future EV, battery, solar, or generator equipment.

Where required, the job is filed with the ESA before work starts. Utility coordination may be needed if the meter area, service entrance, or utility disconnect/reconnect is affected. In Toronto and the GTA, that can involve the local utility serving the property, such as Toronto Hydro, Alectra, Hydro One, Elexicon, Oshawa Power, Oakville Hydro, or Burlington Hydro, depending on the address. We do not assume the utility step is automatic; it is planned into the scope.

On installation day, the existing panel is de-energized through the proper process, removed, and replaced with the approved equipment and any required service components. Circuits are transferred one at a time, corrected where needed, and labelled as they are confirmed. This is where old problems often show up: doubled neutrals, damaged insulation at the gutter, abandoned cables, unprotected openings, mixed circuit labels, missing bonding, or breaker types that do not belong in the old panel.

Commissioning is more detailed than a standard panel swap. Each circuit must be tested, labelled, and matched to the app or circuit schedule. Priority loads are grouped deliberately, not guessed. If backup power is planned, we identify what should be available during an outage and what should be shed to protect the battery or generator. The ESA inspection focuses on code compliance: approved equipment, workmanship, grounding and bonding, conductor sizing, breaker installation, panel working space, labelling, and any related service changes. After the work, we clean up the work area and leave the homeowner with the documentation available for the job.

Cost, timeline, and alternatives come down to whether Span is the right panel for the whole plan

Span Smart Panel work is quoted in writing after a site visit. The final price depends on equipment availability, the approved panel configuration, service size, utility coordination, wall access, circuit count, grounding corrections, and whether EV charging, battery storage, solar-ready wiring, or generator backup is being added at the same time.

If the project also requires a service upgrade, published panel-upgrade pricing can apply to that part of the scope. For GTA homes adding a SPAN Smart Panel, a 100A-to-200A service upgrade usually runs $3,200–$4,500, including the panel, labour, ESA permit, and inspection. If the home has an older 60A fuse service, For a Span Smart Panel project starting with a 60A fuse panel, expect $4,000–$6,000 since the service entrance and meter base typically have to be changed as well. Span-specific equipment, integration, and commissioning are quoted after the site visit because they are not the same as a standard breaker-panel replacement.

The timeline also depends on approvals and utility steps. A simple panel replacement can often be planned more directly than a service upgrade involving the meter base or overhead/underground service equipment. Smart panel projects add time for circuit tracing, naming, app setup, and homeowner decisions about priority loads. Rushing that part defeats the purpose of buying a smart panel.

Span is worth considering when you want circuit-level control tied to a larger electrification plan. It may be less compelling if you only need more breaker spaces, a safe modern panel, or a single EV charger circuit. In those cases, a conventional approved panel, a charger with built-in load settings, a separate EV energy-management device, or a transfer switch may be simpler and easier to service long term. You can compare other equipment paths from our product installation hub, then have City Power review the electrical side before you commit to hardware.