Mary’s house sits in the pines. Beautiful place to live. Also the kind of place where the power goes out because a tree somewhere upslope had a bad day, and nobody can tell you when it’s coming back.

She wanted a generator that handles the whole house, not just a few circuits. Elio and Trent put one in.

Two boxes and a whole lot of distance

The short version: there’s a Generac standby generator (a permanently installed unit that runs on natural gas or propane and starts itself) out on a concrete pad in the yard, and a set of electrical equipment on the side of the house including the automatic transfer switch (the box that decides whether your house is being fed by the utility or by the generator, and switches between them on its own).

The long version is the part in between.

The generator wasn’t right next to the panel. It rarely is — you’re placing it based on where it can sit level, where it can be serviced, where the fuel line reaches, and how far it needs to be from windows and vents. On this property, that put it a real distance from the electrical equipment.

So the crew ran it the long way: wiring through the crawlspace (the open area under the floor of the house) and then about 60 feet of conduit (protective pipe that the wiring runs inside) through the garage to reach the generator.

Sixty feet of conduit is a day’s worth of measuring, bending, mounting, and pulling wire through. It’s also the difference between a generator that’s placed where it belongs and one that’s placed wherever happened to be convenient.

What “full load relocation” actually means

This part is worth unpacking, because it’s the difference between two very different generator setups.

A lot of generator installations are partial load. You pick a handful of circuits — fridge, furnace, a few lights, maybe the well pump — and those get moved onto a separate panel that the generator feeds. Everything else stays dark during an outage. It’s cheaper, and for a lot of homes it’s the right call.

A full load install means the generator feeds the entire house. The transfer switch sits between the utility and the main panel, so when the power drops, everything on that panel comes back.

The “relocation” part refers to the rework that makes that possible. The service entrance (where utility power comes into the house) has to be rerouted so it passes through the transfer switch first. That’s the real work of this kind of job — it’s not bolting a box on a wall, it’s rebuilding how power enters the home.

What Mary actually experiences now

The grid goes down. The generator notices within seconds, starts itself, and the transfer switch moves the house over. Mary doesn’t flip anything, doesn’t go outside, doesn’t pull a cord. If it happens at 2 a.m., she might sleep through it.

Then when utility power comes back, the switch moves the house back and the generator shuts down and goes back to standby.

That’s the whole pitch for a standby generator over a portable one. A portable unit works, but it requires you to be home, awake, and willing to go outside and set it up — usually in whatever weather caused the outage. A standby unit assumes you’re not available.

The red sticker

Look at the photo of the equipment and you’ll see a red label reading EMERGENCY DISCONNECT / SERVICE DISCONNECT.

That’s required by current code, and it matters. It tells a firefighter or a utility crew exactly where to kill power to the building, from outside, without going in or hunting for a panel. On a house with a generator, that’s especially important — there are now two possible sources of power, and anyone responding to an emergency needs to be able to shut both down fast.

It’s a sticker. It’s also the kind of detail that separates a permitted, inspected installation from one somebody did on a weekend.

Why the location mattered here

Installing in the Tahoe area adds some considerations you don’t have down in the valley.

Snow is one. A unit that’s sitting at grade level in a place that gets real accumulation needs to be positioned and elevated so intake and exhaust stay clear. Fuel is another — propane is common up there, and tank placement and line sizing have to work with the generator’s demand.

And the thing that drives most generator purchases in that terrain: outages last longer. When the cause is a tree across a line on a mountain road, restoration isn’t quick. That changes the math on backup power from a convenience to something closer to infrastructure.

Questions we get a lot

Does a standby generator run the whole house?
It can, if it’s sized for it and installed as a full load system. Many are set up to run only selected circuits instead. Which one makes sense depends on your budget and what you need running.

How does it know the power went out?
The transfer switch monitors utility power continuously. When it drops, it signals the generator to start and moves the house over, typically within seconds.

How far from the house can it be?
There’s flexibility, but distance costs money — every additional foot is conduit, wire, and labor. Placement is a balance of code clearances, serviceability, fuel line routing, noise, and what you want to look at from the kitchen window.

Does it need maintenance?
Yes. Oil changes, filters, and periodic inspection, same as any engine. Standby units also run a brief self-test on a schedule so problems surface before an outage instead of during one.

Is a permit required?
Yes. This is permitted electrical work, and in most cases gas work too. It gets inspected, which is a good thing for you.

Live somewhere the power doesn’t come back fast?

Urban Design installs and services whole-home standby generators throughout Butte County, the Tahoe area, and the surrounding region. We’ll look at your panel, your property, and your fuel situation before recommending a size.