Generators
Whole-Home Generator Installation
Enough capacity to run the house, well pump included.
What the job involves
Enough capacity to run the house, well pump included. Doing it right means opening more than the one box that is giving trouble. The fault is rarely where the symptom is.
There is no mystery to it. It goes in this order. We see this go wrong most often when someone extended an existing circuit instead of running a new one.
How we handle it
- Load study to size the unit honestly
- Transfer equipment that isolates from the utility
- Clearances, pad, and exhaust handled to spec
- Tested under load, not just started
Doing this in the White Mountains
Between the reservation, the forest, and three separate utilities, coordination is half the work on anything touching the service.
Elevation, weather, and the age of the housing stock all change how this work goes here compared with a valley city. Equipment ages faster in this sun, monsoon surge is a real load on the system, and a lot of these houses were built as seasonal property and are now carrying full-time demand.
We do not upsell a panel when the problem is a loose neutral, and we do not patch a service that needs replacing.
Choosing a fuel out here
Fuel is the decision that shapes everything else about a backup system, and it is more settled by your property than by preference. Natural gas is the easiest to live with when the line is already at the house, because there is no tank to fill and no fuel to go stale. Plenty of properties in this territory do not have that line.
Propane is the usual answer here. It stores indefinitely without degrading, a buried or set tank holds days of runtime, and the same tank often already serves heat or cooking. The tradeoff is that a long outage in deep winter means arranging a delivery on a road that may be difficult.
Gasoline suits a portable unit and almost nothing else. It goes bad in months, it has to be stored somewhere, and refueling a running generator in a snowstorm at two in the morning is the part nobody pictures when they buy one.
Sizing against what matters, not the whole house
The instinct is to size a generator to run everything. That is usually the most expensive possible answer and rarely the right one.
The list of things that genuinely have to run in an outage is shorter than it feels: the well pump, the heating system controls, the refrigerator, some lighting, and whatever medical or communication equipment the household depends on. A system built around that list costs a fraction of a whole-house unit.
Electric heat and central air conditioning are the loads that force the size up. If those are on the must-run list the economics change completely, and that is worth deciding deliberately rather than by default.
Surge watts, running watts, and the well pump
Two numbers describe every generator and they are not close to each other. Running watts is what the unit sustains. Surge watts is the brief peak it can absorb while a motor starts, and motors draw several times their running current during that first fraction of a second.
This is why the well pump is the hard load in almost every rural backup system. A pump that runs at modest wattage can demand several times that to break away, and it does it from a standstill against a column of water.
A generator sized on running watts alone will start fine, carry the house fine, and then stall the first time the pump calls. Sizing the surge capacity around the largest motor, then adding the steady loads, is the order that produces a system that works.
What you get
- LicensedC-11 #192532 and R-11 #192533
- PriceFirm, before the work starts
- Who shows upThe person who quoted it
- PermitsHandled where the job needs them
- AfterLabeled, documented, and cleaned up
We would rather spend an hour finding the fault than an afternoon replacing parts that were fine.
Surge watts, running watts, and the well pump
Two numbers describe every generator and they are not close to each other. Running watts is what the unit sustains. Surge watts is the brief peak it can absorb while a motor starts, and motors draw several times their running current during that first fraction of a second.
This is why the well pump is the hard load in almost every rural backup system. A pump that runs at modest wattage can demand several times that to break away, and it does it from a standstill against a column of water.
A generator sized on running watts alone will start fine, carry the house fine, and then stall the first time the pump calls. Sizing the surge capacity around the largest motor, then adding the steady loads, is the order that produces a system that works.
Transfer equipment and why it is not optional
A generator connected to a house without proper transfer equipment can backfeed the utility lines. Those lines may have a lineman working on them, and the transformer that steps your service down will step your generator’s output back up on the way out.
That is the reason transfer switches and interlocks exist, and it is why the suspended-cord arrangement that circulates online is genuinely dangerous rather than merely against the rules.
A manual transfer switch or a panel interlock is inexpensive. An automatic transfer switch costs more and earns it if outages happen when nobody is home, or if the household depends on something that cannot be off for hours.
Questions we get
How often should it run?
Exercise it regularly and service it annually. A generator that sits for two years will not start in January.
Standby or portable?
A standby unit starts itself and needs no attention. A portable is cheaper and needs you to be home. An inlet and interlock makes a portable safe and convenient.
Why do I need a transfer switch?
It keeps your generator from backfeeding the utility lines. Without one you are putting power on lines that a lineman may be working on.
Do you work on older houses?
Constantly. A lot of the housing up here was built as seasonal property and wired for a much lighter load than it carries now.
What areas do you cover?
Pinetop-Lakeside and about forty miles out from there, which covers most of Navajo County and the western side of Apache County.
Towns we cover
Based in Pinetop-Lakeside, covering about forty miles out across Navajo County and the western side of Apache County.
- Show LowOur second base. Panel work and service upgrades on the newer builds off Deuce of Clubs.
- Pinetop-LakesideHome ground. Cabin rewires, fixture work at cathedral-ceiling height, and same-week calls.
- SnowflakeLonger runs out to property on acreage, where the well pump and the house share one panel.
- TaylorOlder service entrances that predate the current code, and the corrections that go with them.
- Heber-OvergaardHeavy second-home territory. Freeze-season calls on places that sat empty since fall.
- LindenBetween Show Low and Pinetop. Remodel wiring and additions on established lots.
- GreerHighest elevation we cover. Generator and backup work for a road that closes in weather.
- ConchoWide-open lots on the Apache County side, often with a long feed from the meter to the house.
- OvergaardPonderosa country. Fixture and circuit work in cabins built across four decades.
- LakesideOlder lakefront cabins where the original wiring was never meant for today’s load.
- PinetopThe cabin core. Small jobs, one outlet or one switch, are most of what we do here.
- White Mountain LakeSeasonal places that need a look before the family arrives and after they leave.
Get it handled
Call (928) 358-2546 or send a message and we will work out what the job actually is.
See recent work or send the details and we will come look.