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Common Questions
Why do the lights in my Mainlands of Pinellas Park home dim when the air conditioner kicks on?
Your home's electrical system is nearly 50 years old, installed in 1978 when average household power demands were far lower. Original NM-B Romex wiring and a 100-amp service panel, common for that era, are often overloaded by today's high-draw appliances like modern refrigerators, computers, and air conditioners running simultaneously. This can cause voltage drop, visible as dimming lights, and creates a persistent fire risk due to overheated conductors and connections.
I want to add an EV charger and a new heat pump. Can my 1978 home's electrical panel handle it?
It is highly unlikely your existing 100-amp service can safely support a Level 2 EV charger and a heat pump. More critically, many homes from this period in Pinellas Park were built with Federal Pacific panels, which are a known fire hazard due to breakers that can fail to trip during an overload. A full service upgrade to a modern 200-amp panel with AFCI breakers is not just recommended; it's a necessary safety prerequisite for adding these high-capacity loads.
My power comes from an overhead line to a mast on my roof. What maintenance should I be aware of?
Overhead service masts require inspection, especially after major storms. Look for any sagging or damage to the masthead (weatherhead) where the utility wires enter. The mast itself must be securely anchored; a loose mast can strain connections and rip the service entrance cables. Ensure tree branches are trimmed well back from the overhead service drop. Any work on the mast or service entrance cables ahead of the meter must be coordinated with Duke Energy and performed by a licensed electrician.
My smart TVs and computers keep getting damaged by power surges. Is this a Duke Energy problem?
While grid fluctuations from Duke Energy can contribute, the primary risk in our area is frequent lightning strikes. This high surge environment demands proactive protection at your home. A whole-house surge protector installed at your main service panel is essential to defend sensitive electronics. These devices work alongside point-of-use surge strips to create a layered defense, clamping dangerous voltage spikes before they reach your equipment.
How should I prepare my home's electrical system for Florida summer brownouts or a rare winter freeze?
For summer peak loads, ensure your air conditioning system is serviced and consider having an electrician evaluate your panel's connections for tightness, as heat expansion can loosen them. A licensed-installed standby generator is the most reliable solution for extended outages. For winter, while prolonged freezes are rare, having dedicated, GFCI-protected outdoor receptacles for safe space heater use is important. Whole-house surge protection is also critical year-round.
My power went out and I smell something burning near my breaker panel. How quickly can an electrician get here?
A burning odor indicates an active electrical fire hazard requiring immediate attention. From a central location like the Pinellas Park Performing Arts Center, we can typically dispatch a service vehicle to the Mainlands in 8-12 minutes via US Highway 19. Your first action should be to safely evacuate the area around the panel and call 911 if you see smoke or flames, then contact a licensed electrician for emergency service.
Do I need a permit from the Pinellas Park Building Department to replace my old breaker panel?
Absolutely. Replacing a service panel or upgrading your electrical service always requires a permit and inspection from the Pinellas Park Building Development Department. This process ensures the work meets the current NEC 2023 code, which is enforced for your safety. As a Master Electrician licensed by the Florida DBPR, I handle all permit paperwork and scheduling, ensuring the installation is fully compliant and documented for both your records and future home sales.
Could the flat, sandy soil near the Performing Arts Center affect my home's electrical grounding?
Yes, the sandy, low-resistance soil of Florida's coastal plain can complicate a proper grounding electrode system. Over decades, ground rods can corrode, increasing impedance and reducing the system's ability to safely shunt fault currents and lightning strikes. An electrician should test your grounding electrode resistance periodically. Proper bonding of all metallic systems, like water pipes, is also vital to maintain a single, equipotential grounding plane for your entire home.