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From new installation to ongoing maintenance and repair — browse by what you need.
Full installation overview, from site assessment to final inspection.
Learn more →A standby generator is permanently wired into your home's electrical system and starts automatically within seconds of a utility outage, without you having to plug in anything or refuel a portable unit mid-storm.
Learn more →The transfer switch is the component that actually decides where your home's power comes from — utility or generator — and it's what makes a standby generator's automatic startup safe and code-compliant.
Learn more →Standby generators typically run 15–25 years with regular maintenance, but a unit that's undersized for a growing household, or one that's failing repeatedly, is often cheaper to replace than to keep patching.
Learn more →Most standby generator problems trace back to a handful of components — the battery, control board, transfer switch, or fuel supply — and a lot of failures show up first as a fault light rather than a total shutdown.
Learn more →A generator that hasn't been serviced can still fail on the one day you actually need it — routine maintenance is what catches a dying battery or clogged filter before an outage does.
Learn more →"Inspection" covers two different things worth telling apart: the code-required inspection after a new installation, and a voluntary system check to catch problems on an existing unit.
Learn more →Every standby generator needs a stable, level, elevated surface to sit on — the pad keeps the unit off bare ground, reduces vibration transfer, and helps with drainage and pest access underneath.
Learn more →If your home already has a natural gas utility connection, running a generator off that same line usually means no fuel tank to buy, monitor, or refill.
Learn more →Propane works anywhere — including homes without natural gas utility service — because the fuel is stored on-site in a tank rather than delivered through a utility line.
Learn more →Commercial installations generally involve larger load calculations, three-phase power considerations, and stricter code requirements than a typical single-family residential setup.
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