Backup Generator Installation in Norfolk County

Installed cost depends on the home: generator size, fuel source, electrical service, whether you want whole-home or essential circuits, and how far the unit sits from your panel and meter. Those variables move the number substantially, so pricing is quoted per property rather than advertised as one figure.

Sizing is based on total electrical load, not square footage alone. Well pumps, electric water heaters, central air and electric ranges have a large starting draw and often decide the kilowatt rating. A load review of your panel determines the right size.

It can. Whole-home coverage powers everything on the panel, while an essential-circuits setup powers a selected list — furnace, well pump, sump pump, fridge, internet — at a lower cost.

Homes on a natural gas line usually run on gas, with no refuelling and no tank. Rural properties without a gas line run on propane, which needs an appropriately sized tank and a supply contract.

Most residential installations take one to two days on site once the pad, fuel line and transfer switch work are scheduled together. Permits, inspection and equipment availability set the overall timeline.

Yes. Generator work involves electrical connections that must be filed and inspected by the Electrical Safety Authority, and gas or propane connections must be made by a licensed gas technician. Municipal rules can also apply to the pad and setbacks.

An automatic transfer switch monitors the utility supply. When it detects an outage it starts the generator and transfers the house over, typically within seconds, then switches back and shuts the unit down when utility power returns.

Yes — in rural Norfolk County these are usually the first two circuits homeowners protect. Both draw heavily on start-up, so they need to be accounted for when the generator is sized.

Standby units self-test on a schedule and need routine service roughly once a year or by running hours — oil, filters, plugs, battery and a load check. Skipped maintenance is the most common reason a generator fails during an outage.