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Questions and Answers
How should I prepare my home's electrical system for a Glennville ice storm or a summer brownout?
For winter ice, ensure your heating system's circuit is clear and consider a hardwired backup generator with a proper transfer switch—never use a portable generator indoors. Summer brownouts from AC demand cause low voltage, which can overheat motors in refrigerators and air handlers. A whole-house surge protector also helps mitigate brownout-related spikes. Scheduling a pre-season load calculation can identify if your service is vulnerable to these seasonal strains.
Our electronics keep getting zapped during storms. Does Georgia Power's grid cause this, and what can we do?
Georgia Power maintains the grid, but our flat coastal plain sees frequent lightning, which induces high-voltage surges on all utility lines. These surges can bypass basic power strips and damage smart home devices, HVAC controls, and appliances. Installing a whole-house surge protector at your main panel is the most effective defense. It's a NEC-recommended device that clamps utility-side surges before they enter your home's wiring.
We have constant static on our landline and internet near City Hall. Could the flat, damp soil be affecting our electrical?
The flat, moist coastal plain soil in our area is actually an excellent conductor, which generally benefits your grounding electrode system. The interference you're describing is more likely caused by signal noise on older in-home wiring or issues with the service provider's line. However, it underscores the importance of having a master electrician verify your grounding and bonding. Proper grounding ensures stray voltage has a safe path to earth, protecting both people and sensitive electronics from potential differences.
My inspector said I have a Federal Pacific panel. Is it true these can be dangerous, and can my 100-amp service handle a heat pump or EV charger?
Federal Pacific Electric (FPE) panels have a well-documented failure rate where breakers may not trip during an overload, creating a serious fire hazard. Replacement is a critical safety priority. Regarding capacity, a 100-amp service from 1977 cannot safely support adding a Level 2 EV charger or a modern heat pump. Both require dedicated, high-amperage circuits. A full service upgrade to 200 amps is the standard, code-compliant solution to enable these upgrades safely.
The power is out and I smell something burning near my panel in Downtown Glennville. Who can get here fast?
For a burning smell, treat it as an urgent fire risk and call 911 first. For electrical dispatch, we're based minutes from Glennville City Hall and can typically respond via GA-144 within 3 to 5 minutes to most Downtown calls. Secure the area by turning off the main breaker if it's safe to do so. A burning odor often indicates a failing connection at a breaker or bus bar, which requires immediate professional shutdown and repair.
My overhead service mast looks old and leans slightly. Is this something I should worry about with Georgia Power?
Yes, you should address that promptly. The overhead mast and weatherhead are your home's responsibility, not Georgia Power's. A leaning mast can strain the service entrance cables, potentially exposing conductors to moisture or causing a pull-out failure. This is a critical point where the utility's overhead drop connects to your home. We coordinate the mast repair or replacement, and then Georgia Power will reconnect their service lines once it passes inspection by the Tattnall County permit office.
I want to upgrade my panel. What permits are needed in Tattnall County, and do you follow the latest code?
All service upgrades in Tattnall County require a permit from the Building & Zoning Department, followed by a rough-in and final inspection. We handle this paperwork as part of the job. Our work strictly adheres to the NEC 2020, which is the state-adopted code, and is performed under the license of a Georgia State Electrical Contractor. This compliance isn't just red tape; it ensures your upgrade meets modern safety standards for AFCI protection, correct grounding, and load calculations.
Our Glennville home was built in 1977, and the lights dim when the AC kicks on. Is our wiring just worn out?
The electrical system is about 49 years old, and original NM-B Romex wiring from that era wasn't designed for today's simultaneous loads. Dimming lights often point to undersized branch circuits or a service capacity that's maxed out. A 100-amp panel, common for 1977, struggles with modern kitchens, home offices, and HVAC. The wiring itself may be sound, but the entire system likely needs a capacity evaluation to meet 2026 safety and performance standards.