Oklahoma gets weather that takes the power out. Almost every electrical decision that matters during an outage was actually made weeks or months earlier — whether there is a way to run the refrigerator, whether the equipment survives the moment power comes back, whether anyone knows which breaker is which. This is what is worth doing in advance, and what is safe once it happens.
What is worth doing before the season
Label the panel properly. Unglamorous and genuinely valuable. In an outage, or when a circuit needs isolating fast, knowing which breaker serves what saves real time. Most panel labels are wrong, incomplete, or in handwriting nobody can read.
Know where your main disconnect is and that it works. Not to operate casually, but so it can be found in the dark by someone who has never looked for it.
Have the panel assessed if it has any of the warning signs. Storm season is a bad time to discover a problem. Heat, rust, buzzing, breakers that trip more than they used to — see signs a panel is failing. Wet weather and a panel with water getting into it are a poor combination.
Check outdoor circuits and covers. Outdoor outlets need covers that seal with something plugged in, and ground-fault protection. If an outdoor GFCI already trips when it rains, that is a leak worth finding before the weather gets worse rather than after — see why a GFCI keeps tripping.
Sort out the flashlights, and think about what is in the freezer. Not electrical work, but the two things people regret most.
The generator decision, made calmly
This is the decision worth making outside of an outage, because during one the options narrow to whatever is in stock at the hardware store.
A portable generator with cords is the cheapest route. It runs individual appliances through extension cords — a refrigerator, a fan, chargers. It cannot power anything hard-wired, which means no furnace, no well pump, no central air.
A portable generator with an inlet and transfer switch is the middle option, and the one most people do not know exists. An installed inlet plus a transfer switch lets a portable generator feed selected circuits properly, including hard-wired equipment, with no cords through windows and no possibility of back-feeding the utility.
A standby generator starts automatically, runs on natural gas or propane, and needs no attendance. It is the most expensive and the only one that works while nobody is home. What a whole-home generator costs covers the economics, and generator installation covers the electrical side.
The question that decides between them is what actually needs to keep running. A house with a well pump, someone dependent on powered medical equipment, or a long list of things in a freezer has a different answer from a house that mainly wants the internet and a fan.
The surge decision, which is cheaper and less discussed
Restoration is a genuine risk point. Re-energising a network that has been switched and reclosed can put transients onto the service, and they reach every circuit at once. Plug-in protectors do nothing for the furnace control board, the air conditioner, the well pump or the hard-wired alarms.
A panel-mounted device addresses what arrives on the service. It will not stop a direct lightning strike — nothing will, and anyone claiming otherwise is overselling — but it covers the far more common events, and it costs a small fraction of a generator. Whole-home surge protection sets out what it does and does not do.
While the power is out
Turn off or unplug sensitive equipment. Not because being off is harmful, but because restoration is when a surge is most likely. Computers, televisions and anything with a control board are worth disconnecting.
Leave one light switched on. It tells you when power is back without walking the house.
Turn the air conditioning off at the thermostat. Compressors do not like being restarted into an unstable supply, and a whole neighbourhood of them starting at the same moment is hard on everything.
Leave the refrigerator and freezer shut. A full freezer holds for a surprisingly long time if left alone, and not at all if opened repeatedly.
Stay away from anything down. Treat every downed conductor as live, keep well clear, keep others clear, and report it. Water on the ground near one is part of the hazard.
The rest of generator safety, briefly
Outdoors only, and further away than feels necessary. Not in a garage, not in a carport, not on a porch, not in a shed, not beside an open window — including with the garage door open. Carbon monoxide is colourless and odourless, it kills people after storms every year, and an attached garage with the door up is still an enclosure.
Working CO alarms matter most on exactly these nights. If yours are battery units of unknown age, that is worth fixing before the season — see smoke and CO alarm wiring.
Keep it dry, and let it cool before refuelling. A generator running in rain needs a proper open canopy, not a tarp over it. Petrol on a hot engine is its own hazard.
Use outdoor-rated cords of adequate size. Undersized cords on long runs heat up along their length, which is a fire risk rather than merely inefficient.
When power comes back
Bring things back gradually rather than all at once, and give the air conditioning a few minutes before asking it to start. Then check the panel: if anything has tripped, reset it once and see whether it holds. A breaker that trips straight back is holding a fault, and it should be left off.
Reset any GFCI outlets, which commonly trip during an outage or on restoration. And do a quick pass on what works — if part of the house is dead while the rest is fine, that is a specific pattern rather than a lingering outage, and half the house has no power explains what it usually means.
Damage worth checking for
From the ground, without touching anything: the service conductors where they attach to the house, whether the mast or attachment has been pulled or bent, whether a branch is resting on anything, and whether the meter enclosure is intact and undamaged. Any of those need reporting rather than approaching.
Inside, the things worth noticing are the ones covered elsewhere on this site: a smell at the panel, warmth, buzzing, or equipment that has stopped working since the storm. Water that has got into a panel or an outdoor enclosure is a genuine problem even after everything dries, since corroded connections behave like loose ones.
What an electrician does about storm readiness
Before the season, the useful work is an assessment: panel condition and capacity, grounding and bonding, outdoor circuit protection and enclosures, and whether the equipment is in a state to cope with wet weather. That is also when generator and surge decisions are best made, because both depend on what the panel can support.
After a storm, it is inspection and repair of what the weather found — service connections, water ingress, damaged circuits, and equipment that failed on restoration. If there is visible damage to the service, or any smell, heat or buzzing at the panel, that is urgent rather than something to schedule.