Most Provo generator projects run into the electrical panel before they run into anything else. A standby generator needs a transfer switch, and a transfer switch needs somewhere to…
Most Provo generator projects run into the electrical panel before they run into anything else. A standby generator needs a transfer switch, and a transfer switch needs somewhere to live and a way to tie into the service. In a house whose panel was sized decades ago and has been filled in since with a basement circuit here and an air conditioner there, that provision often is not there, and finding out is a ten-minute job that should happen before anyone talks about which generator to buy.
This is not a reason not to proceed. It is a reason to sequence the project correctly: look at the panel, establish what the transfer switch will require, and only then decide whether you are backing up the whole house or a defined set of circuits. Done the other way round, people buy equipment and then discover the scope.
The choice between backing up everything and backing up a chosen set of circuits is usually presented as a budget decision. It is at least as much an electrical one. A whole-house arrangement puts the transfer switch between the meter and the main panel and carries the entire load; an essential-circuits arrangement feeds a smaller sub-panel holding the things you actually need during an outage.
In an older Provo house the second is frequently the better engineering answer rather than the cheaper compromise. Moving the furnace, the refrigerator, a few lighting circuits, the sump if there is one and a couple of outlets onto a dedicated sub-panel gives a clear, known load - which means the generator can be sized to something real instead of to a worst case nobody has measured. It also avoids rebuilding a service that is otherwise working.
The conversation worth having is which circuits genuinely matter to you. Heat in January is not negotiable in Utah County. Air conditioning in July may or may not be, and it is one of the largest loads in the house, so it changes the sizing more than anything else on the list.
A standby generator has required clearances from windows, doors, vents and the property line, and those requirements are what decide where it can go - not where it would look best. On the older, narrower lots common in parts of Provo, the side yard that seems obvious is sometimes too tight once the distances from the neighbour-facing windows are applied, and the unit ends up at the back instead.
Two things follow from that. The further the generator sits from the meter and the panel, the more gas piping and the more electrical run the job needs, which is real cost rather than a rounding error. And a unit under a bedroom window is a unit that will be resented during its weekly self-test, which happens whether or not anyone is thinking about it at the time.
Have the installer walk the lot and mark the position before the equipment is ordered. Siting that is settled on site is settled; siting assumed from a satellite image is not.
A standby generator is a small engine that sits outdoors and is expected to start on the worst day of the year after months of doing nothing. That only happens if it is maintained. It runs a self-test on a schedule, it needs oil and filters on the manufacturer's interval, and the battery that starts it is a consumable that fails quietly.
The failure mode people encounter is almost never the generator refusing to work outright. It is a unit that has been sitting for three years without service and does not start when the power goes out - which is the only moment anyone checks. Ask what the service interval is and what it costs before you buy, because that is part of the real price of the thing.
Sometimes, and it is worth establishing before you choose equipment rather than after. A transfer switch has to tie into the service and needs physical space, and in a panel that has been filled in over the years that space may not exist. An essential-circuits arrangement on its own sub-panel often avoids a full service rebuild while still backing up what matters.
It depends on what you actually need running and on what your panel allows. Essential circuits - heat, refrigeration, some lighting, a sump if you have one - gives a known load that a generator can be sized to precisely. Whole house is simpler to live with and costs more, and air conditioning is the single item that moves the sizing most.
Wherever the required clearances from windows, doors, vents and the property line allow, which on a narrow lot may not be the obvious side yard. Distance from the meter and the panel adds gas piping and electrical run, so position affects cost. Have it marked on site before ordering.
It runs a self-test on a set schedule, typically weekly, for a few minutes - and that is the noise neighbours actually notice, not the outages. It is another reason siting matters more than it first appears. Most units let the test day and time be set to something reasonable.
The permanent version: a unit set outside on a base, plumbed for fuel, wired through a transfer switch, permitted and inspected. We connect you with installers who treat the gas side and the electrical side as one job.
Learn more →The switch is what separates your house from the utility while the generator runs. Without one, power can travel back down the line toward the crews working on it. This is the part of the job nobody should improvise.
Learn more →A unit that will not start, throws a fault, or runs briefly and quits. Most of what fails traces back to a machine that sat untouched for years. We connect you with people who service other companies' installations.
Learn more →Oil, filters, battery, fuel connections, and a real test under load rather than the self-exercise the unit runs on its own. A generator that is never serviced is a generator that fails on the day you needed it.
Learn more →Before equipment gets chosen, someone should walk the property: where a unit can legally sit, how far that is from the gas supply and the panel, and what you actually need running when the power is out.
Learn more →Get the siting and scope sorted before anyone quotes equipment.
Call 801-823-6018A few details now saves you a sales conversation later.
