Along the Brunswick County coast, a hurricane doesn’t have to make direct landfall to knock out power for days. Tropical storms, outer bands, and near-miss systems have all left local neighborhoods without electricity long enough to make a generator feel essential. That’s exactly why generator safety deserves attention in May, before the season begins, rather than on the morning a storm watch goes into effect.
We work with homeowners across Brunswick County on generator installation, maintenance, and emergency service, and we see the same pattern every year: residents pull out equipment they haven’t touched since last October and hope it starts. Sometimes it does. Sometimes it doesn’t. And sometimes the bigger problem isn’t whether it starts, but whether it’s used safely once it does.
Why Generator Safety Matters Before Storms Hit
Atlantic hurricane season runs from June 1 through November 30. That’s a six-month window during which Brunswick County residents can face serious storm-related power outages. Treating generator readiness as a seasonal task, the way you’d treat hurricane shutter checks or flood supply rotation, puts you ahead of the problems that tend to surface under pressure.
Coastal outages after a storm frequently extend well beyond 24 hours. Utility crews restoring transmission lines face downed trees, flooded roads, and damaged infrastructure across wide service areas. The longer a generator runs, the more opportunities there are for misuse to cause harm. Carbon monoxide poisoning is among the most serious generator-related risks during outages, responsible for a significant share of storm-related deaths that have nothing to do with wind or flooding.
Carbon Monoxide Prevention & Safe Placement
Carbon monoxide is colorless and odorless. By the time someone in the home feels its effects (headache, dizziness, confusion) dangerous concentrations may already be present. Portable generators produce CO as a byproduct of combustion, and the most common mistake is running one too close to the home.
CDC guidance calls for portable generators to operate at least 20 feet from any window, door, or vent. That distance isn’t a suggestion with room for interpretation. It’s the minimum that accounts for how CO travels and accumulates in enclosed spaces. Coastal homes add a layer of complexity: during a hurricane or tropical storm, homeowners board up windows, lower storm shutters, and seal the home as tightly as possible. That eliminates the natural airflow that would otherwise dilute CO from a nearby generator. A unit positioned at 15 feet in a well-ventilated yard becomes a real hazard when every opening is sealed.
A few placement rules worth holding to:
- Never run a generator inside any enclosed space. This includes garages, carports, and screened or enclosed porches, even with doors open. CO builds up faster than most people expect.
- Point exhaust away from the home. If the unit has a directional exhaust, orient it so the plume moves away from windows and entries.
- Install carbon monoxide detectors on every level of the home. Battery-powered or battery-backup models keep working during an outage when hardwired-only units may not.
If you find a problem during that pre-season check or if something goes wrong after a storm has already passed through, A+ Heating & Cooling – Electrical provides 24/7 emergency service without added fees for evenings or weekends. Give us a call at (910) 600-6025 and we’ll get to you.
Portable Versus Standby Generators for Storm Prep
Not every generator works the same way, and the safety considerations differ depending on which type you have.
Portable Generators
Portable units require you to set them up, connect them, and fuel them during the outage itself. Move the unit into position once the storm has passed or paused, run extension cords, and plan for potentially refueling in wet or dark conditions. Extension cords should be rated for outdoor use and sized to handle the generator’s amperage. Undersized cords overheat and create fire hazards, particularly during extended runs.
Standby Generators
A whole-home standby generator is permanently installed and wired to the home through a transfer switch, a device that disconnects the home from the utility grid before the generator powers up. That disconnection step is critical. Without a transfer switch, a running generator can push electricity back onto utility lines through a process called backfeed, which can injure line workers trying to restore power and damage equipment throughout the system. Standby generators also need to match the home’s load. A unit sized for a refrigerator, a window unit, and some lights can’t carry a central air conditioning system, an electric water heater, and a well pump simultaneously. Overloading causes overheating, which can trip the unit or damage connected appliances. We help homeowners calculate actual load requirements during installation so the sizing fits how they’ll actually use the system.
Pre-Hurricane Season Generator Maintenance
The time to find out your generator won’t start is in May, not at 9 p.m. the night before a storm makes landfall. A maintenance check before the season begins takes far less time than troubleshooting a problem under pressure.
Start-Up & Fuel System Testing
Run the generator under load before hurricane season to confirm the engine starts cleanly, the output is stable, and there are no fuel delivery problems. For standby units, this means running the manufacturer-recommended weekly or monthly self-test and verifying the automatic transfer function works correctly. Any hesitation, unusual sounds, or irregular voltage output is worth having checked before storms are in the forecast.
Fuel Storage & Rotation
Gasoline degrades over time, and fuel that’s been sitting in a portable generator’s tank or a storage container since last fall may not perform reliably. Ethanol-blended fuels absorb moisture and can gum up carburetors, a common reason portable generators fail to start after months in storage. Rotate stored fuel, use a stabilizer if gasoline will sit for an extended period, and check that storage containers are approved for fuel and kept safely away from the home.
Extension Cord Safety
If you use a portable generator with extension cords, check those cords before the season, not after you’ve plugged everything in. Look for cracked insulation, damaged plugs, or connections that feel loose. Use only three-prong grounded cords with a gauge appropriate for the load. A 12-gauge cord handles more amperage than a 16-gauge cord; running high-draw appliances on a lighter-gauge cord is one of the more common causes of overheating during extended outages.
Running through these steps in late spring, before the June 1 season start, puts you in a fundamentally different position than those scrambling to test equipment when a storm is already in the forecast. A generator that’s been tested, properly fueled, and safely positioned isn’t a stressor during an outage. It’s a resource.